text:
Free personalized radio that
plays the music you love
String Quartet No. 1 In D Major, Op. 25: III. Andante Calmo
Features of This Tracka tranquil mood
a subdued, expressive aesthetic
chromatic harmony
atonal harmony
a well-known composer
a Modern style
a small string ensemble
These are just a few of the hundreds of attributes cataloged for this track by the Music Genome Project.show more
Similar Tracks
Don't have a Pandora account? Sign up
Already have a Pandora account? Log In


text:
Welcome to the Documentation web-site of the Save Manston Airport association.
Dedicated to re-opening Manston Airport in Kent, SMA comprises about 10,000 mostly Kentish and Thanet people who have been campaigning since Spring 2014.
We have presented a 10,000 signature petition about Manston Airport to Thanet District Council, and a 26,524 signature petition to No. 10 Downing St.
Believe it – Manston Airport will return
A Development Consent Order (DCO) is being sought that will have the airport land taken over by someone who has the wish, the money and the ability to develop it as a thriving airport.
- HM Government (Planning Inspectorate) now decide the future of Manston – not Thanet District Council.
- RiverOak are a great buyer with a fantastic aviation business vision and the money ready.
- Regular meetings between Planning Inspectorate and RiverOak.
- Major aviation businesses are keen and ready to come to Manston.
- This can be the catalyst to put Thanet back on the map ! Generating full time quality jobs at an expanded Manston.
- Now with dual carriage way and unequalled proximity to channel ports, M25, and Javelin train to London.
RiverOak are applying for a comprehensive DCO encompassing the compulsory purchase of the airport and the planning permissions required for the reinstatement of Manston as a specialised aviation agglomeration centre offering the following facilities and services:
- a major international centre for air freight,
- a reliever for the major airports of London,
- an extensive aircraft recycling and engineering facility,
- a base for at least one passenger carrier,
- a flight training school,
- a fixed base operation for executive travel.
Support Thanet's big chance for economic revival
RiverOak have employed some very heavyweight teams to deliver the development and planning of Manston :
RiverOak Investments will be holding a series of informal consultation events during July, ahead of the more formal consultation process later in the year, to enable the local community to find out more about the proposals for Manston Airport and the DCO process.
The dates and locations of the events are as follows:
Tuesday 12 July
Broadstairs Pavilion
Harbour Street
Broadstairs CT10 1EU
Wednesday 13 July
Sands Hotel
Marine Drive
Monday 18 July
The King's Hall
Beacon Hill
Herne Bay CT6 6BA
Thursday 21 July
Canterbury Cathedral Lodge
The Precincts
Canterbury CT1 2EH
Friday 22 July
The Guildhall
Sandwich CT13 9AP
Saturday 23 July
The Comfort Inn
Victoria Parade
Ramsgate CT11 8DT
Add your pin to the SMA map.
Please add your pin to our map of where members are based :
SMA Email List
If you would like to be notified of key events in the Saving of Manston Airport – News, polls, etc. The Save Manston Airport association now has an email list that you can join :
You will have to reply to a subscribing email, which may well go into your spam folder.
No we will not then spam you with lots of email.
If you are not already a member of the Save Manston Airport FaceBook Page, please join – you can always mute the chatter if you want : www.facebook.com/groups/savemanstonairport/
and you can email us at
- Committee Email Address : firstname.lastname@example.com
- Email: email@example.com
Emails sent to this address will appear as posts in the group.
- Email: email@example.com
Please see the Documentation tab above for information on Manston Airport and getting it back into operation.
More documentation is always being added. Please keep coming back.
Quick facts :
- Facts_about_Manston Airport
- Myths_about_Manston Airport
- 2016-07-13 – Manston timeline
- The_Current_Situation
Please use this handout to spread the word :

subset: commoncrawl


text:
Jakob Wilm
Research Assistant
Richard Petersens Plads
Building: 321, 220
2800 Kgs. Lyngby
Homepage: http://compute.dtu.dk/~jakw/
Phone: 45253716
Mobile: +45 60681594
PhD student at DTU Compute, Image Analysis & Computer Graphics, and the University Hospital, Rigshospitalet, in Copenhagen.
Jakob Wilms PhD is mainly concerned with motion correction in PET and MR using computer vision. The important problem of compensating for patient movement is approached using newly developed methods of external tracking based on structured light.
Jakob earned his MSc degree in biomedical engineering at the Technical University of Denmark, August 2012.
- Published
Precision and Accuracy Parameters in Structured Light 3-D Scanning
Publication: Research - peer-review › Article in proceedings – Annual report year: 2016
- Published
Real Time Structured Light and Applications
Publication: Research › Ph.D. thesis – Annual report year: 2016
- Published
Structured Light Scanning of Skin, Muscle and Fat
Publication: Research › Report – Annual report year: 2015
Proceedings of SPIE, the International Society for Optical Engineering
ISSNs: 0277-786X, 1605-7422, 0277-786X, 0361-0748, 0277-786X
Additional searchable ISSN (Electronic): 1042-4687
S P I E - International Society for Optical Engineering, United States
ISI indexed (2013): ISI indexed no, BFI (2015): BFI-level 1
Central database
I E E E Transactions on Medical Imaging
ISSNs: 0278-0062, 0278-0062
Additional searchable ISSN (Electronic): 1558-254X
I E E E, United States
ISI indexed (2013): ISI indexed yes, BFI (2015): BFI-level 2, Scopus rating (2015): 1.941 2.58
Central database
- Completed
Association for Computing Machinery
Central database
Central database
Central database
Place of employment
Latest activities and conferences


text:
List all words starting with muskit
2 words found.
List all words starting with muskit sorted by length or by how common the words are.
Some random words: oka ptomain oil nu pew geanticline hyacinth
This is not a dictionary, it's a word game wordfinder.
- Help and FAQ - Examples - Home
Privacy and Cookies Policy - Share - © Copyright 2004-2016 Morewords.com - 4.943mS


text:
Thousand Smiles Foundation
Rating: 0 stars 0 0 review 74
5261 Central Ave Bonita CA 91902 USA
To provide quality professional medical treatment without cost to patients with maxillofacial deformities who, without our help, would go untreated. To use our facilities to provide dental care to under privileged children in the areas in which we work. To promote a bilateral interchange of medical, dental and surgical techniques between the medical professionals from the USA and the countries in which we work. To foster strong international relationships between Rotarians from our District 5340 and the Districts in which we work.
Filter Reviews by Role
Promote This Nonprofit
GreatNonprofits badges allow you to raise awareness of your favorite nonprofits on your own web sites!
Reviews for Thousand Smiles Foundation
Get discovered. Invite people to share their experiences about this nonprofit!


text:
Last update: Monday 24 November 2014 [35 news items]
ITO film demand expected to grow 25.6% in 2014
Nov 24, 21:58
ITO film demand is expected to grow 25.6% on year in 2014, showing a slowdown over the on-year increase of 40% in 2013.
Digitimes Research: G1F likely to disappear from market soon because of fierce challenges
Jun 11, 15:26
A G1F touchscreen is composed of a glass-type touch sensor and a thin-firm-type touch sensor with one controlling the touch panel's X axis and the other the Y axis. G1F-based touch...
Digitimes Research: GG touch panels yet to be eliminated from market thanks to iPhone 4/4s and iPad 4
Jun 10, 11:34
The traditional glass-glass (GG) touchscreen technology was once thought to be heading towards elimination from the IT industry as Apple, a major supporter of the technology, turned...
Digitimes Research: ITO film price drop to slow metal mesh penetration in mid-size touch applications
Apr 15, 11:54
Metal mesh technology has entered mass production at some China-based touch panel makers, such as O-film, since the second half of 2013. It helped O-film become the largest notebook...
Digitimes Research: Melfas eyes top notch in Korea touch panel industry
Mar 26, 15:05
Samsung Electronics' mid-range and entry-level mobile devices (smartphones and tablets) in 2013 mostly adopted touch panels using thin-film technologies such as glass-film-film (GFF)...
Jun Hong expanding ITO film capacity
Oct 15, 15:40
Jun Hong Optronics, a joint venture Taiwan-based optical film maker Wah Hong Industrial and Japan-based Gunze Limited, is expanding its ITO film production capacity by setting up...
Plasmag Technology successfully develops TCP film, says report
Jan 25, 11:50
Taiwan-based Plasmag Technology has successfully developed transparent conductive polymer (TCP) films and plans to produce them via roll-to-roll process, according to Chinese-language...
Efun to continue profiting from ITO film and micro-lens film technologies
Aug 16, 16:15
Taiwan-based Efun Technology, a manufacturer of critical components for touch screens, LCD monitors and backlight modules, expects to see increasing profits throughout the second...
Sales of electron guns increasing, says JEOL
Jul 5, 12:41
International smartphone brands have been incepting anti-fingerprint film as a basic feature of the products, the market believes China white-box handset makers will soon follow suit...
Wah Hong looks to increasing shipments of optical films in 2Q12
Apr 9, 15:16
LCD optical film maker Wah Hong Industrial expects its shipments of diffusion films, ITO films as well as optical films for LCD TVs and large-size monitors to gain momentum in the...
Cambrios seeking cooperation with Taiwan touch panel makers
Feb 8, 15:50
US-based nano-material provider Cambrios is seeking cooperation with Taiwan-based touch panel makers for the development of display applications optimizing the company's wet-processable...
Wah Hong reports record sales for 3Q11
Oct 12, 16:04
LCD optical film supplier Wah Hong Industrial saw its consolidated revenues decline 9.2% sequentially in September, but overall sales for the third quarter of 2011 still hit a record...
Digitimes Insight: Japan earthquake has no significant impact on touch panel industry
Mar 30, 14:18
Overall supply of touch panel materials has seen limited impact from the massive earthquake and tsunami that hit northeastern Japan, as most of the production plants are located in...
AimCore reports 20% sequential growth in January revenues
Feb 23, 01:30
ITO glass supplier AimCore Technology has announced revenues of NT$119 million (US$4.03 million) for January, up 20% sequentially and 126% on year, a record high in monthly revenue...
Wah Hong post record high revenues for January
Feb 9, 01:05
Optical film maker Wah Hong Industrial has announced consolidated revenues of NT$875 million (US$30.26 million) for January 2011, up 2.7% sequentially and 17.84% on year, a record...
Taiwan-based optical film makers preparing for production of ITO film used in capacitive touch panels
Jan 13, 14:59
Major Taiwan-based optical film makers, viewing the trend of capacitive touch technology replacing resistive, especially in handsets, have been preparing for ITO film volume production,...
ITO film maker I&I to list on TSE mainboard in 2Q11
Jan 11, 02:00
ITO film maker Innovation and Infinity Group (I&I) is listed on the Taiwan emerging stock market on January 11 and is scheduled to be listed on the mainboard of the Taiwan Stock...
Wah Hong posts almost 5% growth in December revenues
Jan 7, 01:35
Optical film maker Wah Hong Industrial has posted consolidated revenues of NT$854 million (US$29.19 million) for December, up 4.81% sequentially and 28.18% on year.
Wah Hong to increase investment in Jun Hong for capacity expansion
Dec 15, 02:00
The board of directors of Taiwan-based optical film maker Wah Hong Industrial has approved plans to invest NT$123 million (US$4.1 million) in Jun Hong Optronics, a joint venture between...
Young Fast, J Touch expect resistive touch shipments to drop below 40% in 2011
Dec 6, 10:40
Capacitive touch panel demand has been increasing significantly in 2010. In addition to demand from 5-inch and larger tablet PCs, demand from the handset market is also picking up...
Efun second ITO film production line to come online in November, others also ramping capacity
Sep 30, 01:50
Up-stream flat panel component makers including AimCore Technology, Efun Technology, Gamma Optical, Join Well Technology and Wah Hong Industrial have all ventured into the production...
ITO film/glass makers post mixed 1H10 net profits
Sep 3, 15:30
ITO glass supplier Applied Vacuum Coating Technology (AVCT) and ITO film supplier Ushine Photonics have posted net loss of NT$133.56 (US$4.18 million) and NT$8.13 million, respectively,...
AimCore order visibility extends to the end of September
Aug 19, 16:41
ITO glass supplier AimCore Technology has seen its order visibility reach the end of September, an extension to two months from the previous year's one month, with fully-loaded capacity,...
ITO film maker Join Well begins shipping new products
May 26, 15:55
Join Well Technology has started shipping crystalline and projected capacitive ITO films and each will account for 30% and 5%, respectively, of its total revenues in 2010, according...
GTOC reaches high yield rates in making reinforced glass substrates
May 5, 14:58
G-Tech Optoelectronics (GTOC), a member of the Foxconn (Hon Hai) Group, has attained satisfactory yield rates in the production of reinforced glass substrates at its factory at the...
Young Fast continues capacity expansion
Apr 20, 15:50
Taiwan-based touch panel maker Young Fast Optoelectronics continues expanding capacity of ITO film-based capacitive touch panels at its plant in Huizhou, southern China and will also...
Taiwan-based touch panel makers benefit from Nitto Denko lowering ITO film prices
Mar 23, 16:07
Taiwan-based touch panel makers, such as Young Fast Optoelectronics and J Touch, will enjoy reduced production costs due to Japan-based Nitto Denko's lowering its quotes for ITO films,...
ITO film maker Ushine seeking OTC listing
Mar 19, 10:26
Taiwan-based indium tin oxide (ITO) film maker Ushine Photonics plans to submit an application for listing in Taiwan's over-the-counter (OTC) market in the second half of 2010 and...
Wah Hong to add investment in two China subsidiaries, issue NT$500 million convertible bonds
Mar 17, 15:59
Taiwan-based optical film maker Wah Hong Industrial will invest US$3 million in each of two subsidiaries in southern and southeastern China, and will issue 5-year zero-interest unsecured...
Join Well, Transtouch to be list on OTC market in 1H10
Jan 5, 12:01
ITO (indium tin oxide) film maker Join Well Technology and touch panel maker Transtouch Technology are expected be listed on Taiwan's over-the-counter (OTC) stock market in the first...
Jun Hong Optronics to start ITO film production in early 2010
Dec 22, 16:04
Taiwan-based Jun Hong Optronics, a joint venture between optical film maker Wah Hong Industrial and Japan-based touch panel maker Gunze, will begin production of ITO (indium tin oxide)...
Young Fast reports strong growth for October revenues
Nov 9, 15:13
Taiwan touch panel maker Young Fast Optoelectronics has posted revenues of NT$1.56 billion (US$48.2 million) for October, up 14.47% sequentially from NT$1.36 billion and up 81.06%...
Efun says ITO films to bring in solid revenue contribution in July
Jun 5, 11:15
Efun Technology has said its indium tin oxide (ITO) conductive films have been delivered to customers in China, Korea and Taiwan for validation, with revenues generated from the product...
Taiwan LCD component production value to grow over 50% sequentially in 2Q09, says IEK
May 21, 12:16
The production value of the LCD component industry in Taiwan will increase 56.1% to NT$11.52 billion (US$352.27 million) in the second quarter from NT$7.38 billion in the first quarter...
AimCore to start producing ITO films in 2Q09
Apr 16, 11:59
Taiwan-based ITO (indium tin oxide) conductive glass maker AimCore, a subsidiary of optical disc maker Ritek, will start small volume production of ITO films in the second quarter...
Flexium 2Q16 profits fall
Bits + chips | 1h 5min ago
Taiwan market: Flagship smartphones unable to boost 4G subscriptions, says TWM president
Mobile + telecom | 1h 32min ago
Winbond posts NT$0.18 EPS for 2Q16
Bits + chips | 2h 9min ago
Adlink Technology nets NT$0.70 per share for 1H16
IT + CE - Stockwatch | 2h 11min ago
Spreadtrum LTE chipset adopted for new Samsung smartphone
Bits + chips | 2h 14min ago
Western Digital announces 64-layer 3D NAND technology
Bits + chips | 2h 15min ago
Parade cautious about 3Q16
Bits + chips | 2h 18min ago
Sanan Optoelectronics to order for 17 MOCVD sets from Vecco
LED | 2h 30min ago
CGN Solar Energy Development to procure 900MWp of PV modules, say reports
Green energy | 2h 35min ago
Macronix remains in the red
Bits + chips | Jul 28, 21:31
Xiaomi announces new Mi Book Air notebooks
IT + CE | Jul 28, 21:30
KYEC posts record profits for 2Q16
Bits + chips | Jul 28, 21:26
Vizio acquisition expected to push LeEco-Foxconn partnership
Displays | Jul 28, 21:23
Primax Electronics posts 1H16 net EPS of NT$1.93
Before Going to Press | Jul 28, 21:11
Laster Tech applies for TSE listing
Before Going to Press | Jul 28, 21:09
Gigabyte expected to ship 16.5 million motherboards, 3.5 million graphics cards in 2016
Before Going to Press | Jul 28, 19:40
CyberLink nets NT$1.58 per share for 1H16
Before Going to Press | Jul 28, 19:39
Asustek chief strategy officer Ted Hsu enters board of directors
Before Going to Press | Jul 28, 19:39
Winbond posts NT$0.18 EPS for 2Q16
Before Going to Press | Jul 28, 19:36
Flexium 2Q16 profits fall
Before Going to Press | Jul 28, 19:36
Asustek cooperates with partners to develop killer apps for Zenbo, says chairman
Before Going to Press | Jul 28, 19:35
BenQ Materials suffers net loss per share of NT$0.45 for 1H16
Before Going to Press | Jul 28, 19:34
Quanta Storage quits production of slim-type ODDs, steps into SSDs
Before Going to Press | Jul 28, 19:33
- Samsung 2Q16 operating profits rise 18% on brisk smartphone sales
- AUO to start 6G LTPS production in eastern China in 4Q16
- Nanya, Inotera deals with Micron still proceeding
- UMC looks to 2-3% shipment growth in 3Q16
- Digitimes Research: Taiwan ships nearly 8.5 million LCD TVs in 2Q16
- Coretronic nets NT$1.13 per share for 1H16
- MLS upbeat about synergy with Osram
- BlackBerry launches new Android smartphone
- SPIL reports NT$0.90 EPS for 2Q16
- Pegatron automates factory in Shanghai, says chairman
- Nanya 2Q16 profits fall
- Connector maker Sinbon reports earnings for 2Q16
- Digitimes Research: Over 4,000 models of LTE-enabled devices launched as of February 2016
- Osram to sell lamp business unit to China-based consortium
- AUO reports operating profit for 2Q16
- Notebook players less keen to adopt USB Type C
- Taiwan to be flexible in allocating frequency band for IoT, says minister
- ET Solar, LONGi set up joint venture for PV module marketing
- State Power Investment procures 2.75GWp of PV modules
- Component makers to see weak orders for tablets and wearables
- China may lower target PV installation capacity in 13th 5-year plan
- HTC to face increasing competition in VR market in 2H16
- Corning posts stronger results for 2Q16
- SJSemi, Qualcomm announce mass production of 14nm wafer bumping
- China imports 71,000 tons of polysilicon in 1H16
- Releases
- White papers
- Bulletin
- EuroBLECH 2016 reflects trend towards smart manufacturing in sheet metal working
- Advantest rated as Advanced Masks Technology Center GmbH & Co. KG's (AMTC) best supplier 2015 for the second year in a row
- CAYIN to rollout system software upgrade and new product line
- Advantest introduces V93000 wave scale cards for cost-effective testing of current and next-generation RF semiconductors
- Computer-on-modules deliver an ideal solution for Industry 4.0 intelligent automation
- Unisys IT Implementation of Unisys Stealth Solution for Data Center Segmentation
- AccuTouch Five Wire Resistive Touchscreens
- Getting the Most Out Of Your Next Generation Digital Security Surveillance System
- Embracing the New Generation Intel Atom Family with DDR3 Memory Support
- Got The Message? Ensuring efficient and reliable delivery of content across a mission critical digital signage network
- Perforce Software Wins Develop Industry Excellence Award for the Second Year in a Row
- Perforce Teams with Leading Git Client Developer fournova
- Perforce Introduces Helix GitSwarm: Flexible Git Ecosystem Mirrored to a Powerful Mainline Repository
- Perforce Helix Distributed Version Control System Brings Greater Flexibility While Maintaining Enterprise-class Security, Auditability and Control
- Perforce Powers Development of Legacy Quest for iOS and Android
29-Jul-2016 markets closed
|TSE electronic
|OTC electronic
- Verizon to end Yahoo survival fight with US$4.8 billion deal (Jul 25) - Bloomberg
- China sees slowest growth since financial crisis (Jul 14) - CNNMoney
- Messaging app Line sees shares surge 50% in Tokyo debut (Jul 15) - BBC News
- Major win for Microsoft in 'free for all' data case (Jul 15) - BBC News
- IBM rolls out job-cutting plan in the Netherlands (Jul 7) - EE Times
- Typhoon Nepartak: Taiwan on high alert as storm approaches (Jul 7) - BBC News
- In race to be Asia's fintech hub, Singapore leads Hong Kong (Jul 3) - Reuters
- BMW said to team with Intel, Mobileye on self-driving cars (Jun 30) - Bloomberg
- Digitimes Research: 4 million 9.7-inch iPad Pros to ship in 1H16
- Digitimes Research: Global all-in-one PC shipments to drop 3.9% on year in 2015
- Mentor Graphics Veloce VirtuaLAB adds protocols for networking designs
- Mouser Electronics undergoing expansion
- Digitimes Research: iPad Pro shipments to be less than 3 million units in 4Q15
Industry integration, 5G and IoT applications: Q&A with Qualcomm president Derek Aberle
Qualcomm president Derek Aberle spared his time with Digitimes for an exclusive interview...
The gaming notebook competition: Q&A with Jone Chang from Gigabyte notebook department
Gaming notebooks have become the main focus of Gigabyte Technology's notebook department and despite...
Powering the cloud: Intel embraces new identity
The next wave of computing is now beginning to define the IT industry, where the boundaries of computing...
A new cycle begins for desktop motherboards: Q&A with Gigabyte technical marketing manager, Leon Chen
The launch of virtual reality headsets for the consumer market and the increasing demand for ultra...
- Smartphone and tablet industry: The view from Taiwan - May 2012
Taiwan-based companies have a long and successful history of involvement in the supply chain for mobile devices, which for the purposes of this article consist...
- Taiwan motherboard industry overview - May 2012
The year 2011 saw the motherboard industry reverse its trend of declining shipments year-on-year, to post a slight 0.2% growth. This upturn in fortunes was expected...
- Notebook market overview - Jun 2011
The notebook industry in 2010 experienced several major events that significantly changed the industry's ecosystem for the year and the industry is also believed...
- LCD TV overview - Jun 2011
Growth of the global LCD TV market was not as strong as expected in 2010 as the market continued to feel the aftershocks of the economic recession that had hit...
- Wireless broadband developments in Southeast Asia markets
As of 2013, the 10 ASEAN nations had a total of over 700 million mobile subscriptions, with the CAGR from 2003-2013 reaching 24%. This Digitimes Research Special Report analyzes the various mobile broadband markets in ASEAN and looks at the respective trends in 4G LTE development for those markets.
- 2015 global tablet demand forecast
This Digitimes Research Special Report provides a 2015 forecast for the global tablet market and analyzes the strategies of key market players such as Google, Apple, Intel, and Microsoft.
- 2015 China smartphone panel trend forecast
This Digitimes Research Special Report analyzes the strategies of key China-based major panel makers BOE, Tianma and IVO for attacking the different market segments through technology and pricing, and their relationship to local vendors Huawei, Lenovo, ZTE, Xiaomi and Coolpad.


text:
Chiefs depart Ballast Point
Head brewer Yuseff Cherney joins exodus of executives
Ian Anderson 6 p.m., July 29
Image by Frank Glaser
Posted July 12, 2007
In Mission Beach, every foot of space counts. Five surf shops, four bars, a handful of restaurants, a resort hotel, a Turkish-style coffee lounge, and an amusement park all fit within its bounds, packed in ...
Ian Anderson 6 p.m., July 29
Garrett Harris 4 p.m., July 29
Ken Harrison 2:30 p.m., July 29
Andrew Hamlin 1 p.m., July 29
Kate Peterson 12:30 p.m., July 29
Matthew Lickona noon, July 29
Ian Anderson 11 a.m., July 29
© 2016 San Diego Reader. All rights reserved. No part of this site may be reproduced without our written permission.
Each newsletter subscription means another chance to win!Close


text:
Around the world and around the corner, ordinary people are helping to abolish this form of modern-day slavery. You can be one of them.
Trafficking Resources Table of Contents:
- Exclusive Interview With Ambassador CdeBaca
- Human Trafficking is Organized Crime
- Organizations That Work to Stop Child Trafficking
- Connect With Other Abolitionists on Twitter
- Scriptures: God's Heart for Justice
- Recommended Reading
Draw closer to God. Experience the presence of the Holy Spirit every month as you read Charisma magazine. Sign up now to get Charisma for as low as $1 per issue.
Dare to go deeper in your faith. Our "Life in the Spirit" devotional takes you on a journey to explore who the Holy Spirit is, how to interact with Him, and how He works in your life. Are you ready to go deeper?


text:
Contact Us
Enter Your Search:
Search tips
Search criteria
Journal titles
Results 1-25 (119)
Sort by:
Journal Title
Publication Date
« Previous
Go to page number:
Next »
Clipboard (0)
Clear All Filters
Gene expression patterns : GEP
« less
Hughes, Simon M. (3)
Liu, Qin (3)
Bustin, Michael (2)
Carter, Mark G. (2)
Chapman, Susan C. (2)
Drummond, Iain A. (2)
Duncan, Melinda K. (2)
Falco, Geppino (2)
Hinits, Yaniv (2)
Ko, Minoru S.H. (2)
more »
Latham, Keith E. (2)
Leid, Mark (2)
Liu, Bei (2)
Mangos, Steve (2)
Marlow, Florence L. (2)
McMahon, Andrew P. (2)
Valerius, M. Todd (2)
Wegner, Jeremy (2)
Westerfield, Monte (2)
Wood, Charles E. (2)
Yoshikawa, Toshiyuki (2)
Abichaker, George (1)
Abler, Lisa L. (1)
Adams, Derek (1)
Adams, Jason S (1)
Ahnfelt-Rønne, Jonas (1)
Aiba, Kazuhiro (1)
Akhouayri, Omar (1)
Altmann, Helene M. (1)
Amacher, Sharon L. (1)
Andreeva, Viktoria (1)
Apte, Suneel S. (1)
Asahara, Hiroshi (1)
Asai, Yukako (1)
Avram, Dorina (1)
Babb-Clendenon, Sherry G (1)
Balasubramanian, Revathi (1)
Baldock, Richard A. (1)
Banday, Abdul Rouf (1)
Baranoski, Jacob (1)
Bardwell1, Vivian J. (1)
Bassey, Uwem C. (1)
Battaglino, R.A. (1)
Baucom, Jessica M. (1)
Baviskar, Pradyumna (1)
Baylies, Mary K. (1)
Beane, Jennifer (1)
Beckett, Karen (1)
Bedell, Victoria M. (1)
Bedogni, Francesco (1)
« less
Year of Publication
2013 (13)
2012 (9)
2011 (9)
2010 (14)
2009 (19)
2008 (16)
2007 (22)
2006 (12)
2005 (3)
2004 (1)
more »
2003 (1)
« less
Document Types
research-article (119)
« less
Did you mean:
Expression of LIM-homeodomain transcription factors in the developing and mature mouse retina
Balasubramanian, Revathi
Bui, Andrew
Ding, Qian
Gan, Lin
Gene expression patterns : GEP
LIM-homeodomain (LIM-HD) transcription factors have been extensively studied for their role in the development of the central nervous system. Their function is key to several developmental events like cell proliferation, differentiation and subtype specification. However, their roles in retinal neurogenesis remain largely unknown. Here we report a detailed expression study of LIM-HD transcription factors LHX9 and LHX2, LHX3 and LHX4, and LHX6 in the developing and mature mouse retina using immunohistochemistry and in situ hybridization techniques. We show that LHX9 is expressed during the early stages of development in the retinal ganglion cell layer and the inner nuclear layer. We also show that LHX9 is expressed in a subset of amacrine cells in the adult retina. LHX2 is known to be expressed in retinal progenitor cells during development and in Müller glial cells and a subset of amacrine cells in the adult retina. We found that the LHX2 subset of amacrine cells is not cholinergic and that a very few of LHX2 amacrine cells express calretinin. LHX3 and LHX4 are expressed in a subset of bipolar cells in the adult retina. LHX6 is expressed in cells in the ganglion cell layer and the neuroblast layer starting at embryonic stage 13.5 (E13.5) and continues to be expressed in cells in the ganglion cell layer and inner nuclear layer, postnatally, suggesting its likely expression in amacrine cells or a subset thereof. Taken together, our comprehensive assay of expression patterns of LIM-HD transcription factors during mouse retinal development will help further studies elucidating their biological functions in the differentiation of retinal cell subtypes.
LIM-homeodomain; Lhx genes; retinogenesis; retinal development; transcription factors
Related Articles
Expression of CXCL12 and CXCL14 during eye development in Chick and Mouse
Ojeda, Ana F.
Munjaal, Ravi P.
Lwigale, Peter Y.
Gene expression patterns : GEP
Vertebrate eye development is a complex multistep process coordinated by signals from the lens, optic cup and periocular mesenchyme. Although chemokines are increasingly being recognized as key players in cell migration, proliferation, and differentiation during embryonic development, their potential role during eye development has not been examined. In this study, we demonstrate by section in situ hybridization that CXCL12 and CXCL14 are expressed during ocular development. CXCL12 is expressed in the periocular mesenchyme, ocular blood vessels, retina, and eyelid mesenchyme, and its expression pattern is conserved between chick and mouse in most tissues. Expression of CXCL14 is localized in the ocular ectoderm, limbal epithelium, scleral papillae, eyelid mesenchyme, corneal keratocytes, hair follicles, and retina, and it was only conserved in the upper eyelid ectoderm of chick and mouse. The unique and non-overlapping patterns of CXCL12 and CXCL14 expression in ocular tissues suggest that these two chemokines may interact and have important functions in cell proliferation, differentiation and migration during eye development.
Cornea; limbal epithelium; eyelid; nictitating membrane; scleral ossicles; retina
Related Articles
Catalog of mRNA expression patterns for DNA methylating and demethylating genes in developing mouse lower urinary tract
Keil, Kimberly P.
Altmann, Helene M.
Mehta, Vatsal
Abler, Lisa L.
Elton, Erik A.
Vezina, Chad M.
Gene expression patterns : GEP
The mouse prostate develops from a component of the lower urinary tract (LUT) known as the urogenital sinus (UGS). This process requires androgens and signaling between mesenchyme and epithelium. Little is known about DNA methylation during prostate development, including which factors are expressed, whether their expression changes over time, and if DNA methylation contributes to androgen signaling or influences signaling between mesenchyme and epithelium. We used in situ hybridization to evaluate the spatial and temporal expression pattern of mRNAs which encode proteins responsible for establishing, maintaining or remodeling DNA methylation. These include DNA methyltrasferases, DNA deaminases, DNA glycosylases, base excision repair and mismatch repair pathway members. The mRNA expression patterns were compared between male and female LUT prior to prostatic bud formation (14.5 days post coitus (dpc)), during prostatic bud formation (17.5 dpc) and during prostatic branching morphogenesis (postnatal day (P) 5). We found dramatic changes in the patterns of these mRNAs over the course of prostate development and identified examples of sexually dimorphic mRNA expression. Future investigation into how DNA methylation patterns are established, maintained and remodeled during the course of embryonic prostatic bud formation may provide insight into prostate morphogenesis and disease.
urogenital sinus; lower urinary tract; prostate; epigenetics; DNA methylation; DNA demethylation
Related Articles
The expression analysis of Sfrs10 and Celf4 during mouse retinal development
Karunakaran, Devi Krishna Priya
Congdon, Sean
Guerrette, Thomas
Banday, Abdul Rouf
Lemoine, Christopher
Chhaya, Nisarg
Kanadia, Rahul
Gene expression patterns : GEP
Processing of mRNAs including, alternative splicing (AS), mRNA transport and translation regulation are crucial to eukaryotic gene expression. For example, >90% of the gene in the human genome are known to undergo alternative splicing thereby expanding the proteome production capacity of a limited number of genes. Similarly, mRNA export and translation regulation plays a vital role in regulating protein production. Thus, it is important to understand how these RNA binding proteins including alternative splicing factors (ASFs) and mRNA transport and translation factors regulate these processes. Here we report the expression of an ASF, Serine-arginine rich splicing factor 10 (Sfrs10) and a mRNA translation regulation factor, CUGBP, elav like family member 4 (Celf4) in the developing mouse retina. Sfrs10 was expressed throughout postnatal (P) retinal development and was observed progressively in newly differentiating neurons. Immunofluorescence (IF) showed Sfrs10 in retinal ganglion cells (RGCs) at P0, followed by amacrine and bipolar cells, and at P8 it was enriched in red/green cone photoreceptor cells. By P22, Sfrs10 was observed in rod photoreceptors in a peri-nuclear pattern. Like Sfrs10, Celf4 was also observed in the developing retina, but with two distinct retinal isoforms. In situ hybridization (ISH) showed progressive expression of Celf4 in differentiating neurons, which was confirmed by IF that showed a dynamic shift in Celf4 localization. Early in development Celf4 expression was restricted to the nuclei of newly differentiating RGCs and later (E16 onwards) it was observed in the initial segments of RGC axons. Later, during postnatal development, Celf4 was observed in amacrine and bipolar cells, but here it was predominantly cytoplasmic and enriched in the two synaptic layers. Specifically, at P14, Celf4 was observed in the synaptic boutons of rod bipolar cells marked by Pkc-α. Thus, Celf4 might be regulating AS early in development besides its known role of regulating mRNA localization/translation. In all, our data suggests an important role for AS and mRNA localization/translation in retinal neuron differentiation.
Related Articles
Expression of Arginine Vasotocin Receptors in the Developing Zebrafish CNS
Iwasaki, Kenichi
Taguchi, Meari
Bonkowsky, Joshua L.
Kuwada, John Y.
Gene expression patterns : GEP
Vasotocin/vasopressin is a neuropeptide that regulates social and reproductive behaviors in a variety of animals including fish. Arginine vasotocin (AVT) is expressed by cells in the ventral hypothalamic and preoptic areas in the diencephalon during embryogenesis in zebrafish suggesting that vasotocin might mediate other functions within the CNS prior to the development of social and reproductive behaviors. In order to examine potential early roles for vasotocin we cloned two zebrafish vasotocin receptors homologous to AVPR1a. The receptors are expressed primarily in the CNS in similar but generally non-overlapping patterns. Both receptors are expressed in the forebrain, midbrain and hindbrain by larval stage. Of note, AVTR1a-expressing neurons in the hindbrain appear to be contacted by the axons of preoptic neurons in the forebrain that include avt+ neurons and from sensory axons in the lateral longitudinal fasciculus (LLF). Furthermore, AVTR1a-expressing hindbrain neurons extend axons into the medial longitudinal fasciculus (MLF) that contains axons of many neurons thought to be involved in locomotor responses to sensory stimulation. One hypothesis consistent with this anatomy is that AVT signaling mediates or gates sensory input to motor circuits in the hindbrain and spinal cord.
Related Articles
Parcellation of the Thalamus into Distinct Nuclei reflects EphA Expression and Function
Lehigh, Kathryn M.
Leonard, Carrie E.
Baranoski, Jacob
Donoghue, Maria J.
Gene expression patterns : GEP
Intercellular signaling via the Eph receptor tyrosine kinases and their ligands, the ephrins, acts to shape many regions of the developing brain. One intriguing consequence of Eph signaling is the control of mixing between discrete cell populations in the developing hindbrain, contributing to the formation of segregated rhombomeres. Since the thalamus is also a parcellated structure comprised of discrete nuclei, might Eph signaling play a parallel role in cell segregation in this brain structure? Analyses of expression reveal that several Eph family members are expressed in the forming thalamus and that cells expressing particular receptors form cellular groupings as development proceeds. Specifically, expression of receptors EphA4 or EphA7 and ligand ephrin-A5 is localized to distinct thalamic domains. EphA4 and EphA7 are often coexpressed in regions of the forming thalamus, with each receptor marking discrete thalamic domains. In contrast, ephrin-A5 is expressed by a limited group of thalamic cells. Within the ventral thalamus, EphA4 is present broadly, occasionally overlapping with ephrin-A5 expression. EphA7 is more restricted in its expression and is largely nonoverlapping with ephrin-A5. In mutant mice lacking one or both receptors or ephrin-A5, the appearance of the venteroposterolateral (VPL) and venteroposteromedial (VPM) nuclear complex is altered compared to wild type mice. These in vivo results support a role for Eph family members in the definition of the thalamic nuclei. In parallel, in vitro analysis reveals a hierarchy of mixing among cells expressing ephrin-A5 with cells expressing EphA4 alone, EphA4 and EphA7 together, or EphA7 alone. Together, these data support a model in which EphA molecules promote the parcellation of discrete thalamic nuclei by limiting the extent of cell mixing.
EphA4; EphA7; Ephrin-A5; Thalamus; Development; Segregation; Nuclei
Related Articles
The tumor suppressor Chd5 is induced during neuronal differentiation in the developing mouse brain
Vestin, Assaf
Mills, Alea A.
Gene expression patterns : GEP
Epigenetic regulation of gene expression orchestrates dynamic cellular processes that become perturbed in human disease. An understanding of how subversion of chromatin-mediated events leads to pathologies such as cancer and neurodevelopmental syndromes may offer better treatment options for these pathological conditions. Chromodomain Helicase DNA-binding protein 5 (CHD5) is a dosage-sensitive tumor suppressor that is inactivated in human cancers, including neural-associated malignancies such as neuroblastoma and glioma. Here we report a detailed analysis of the temporal and cell type-specific expression pattern of Chd5 in the mammalian brain. By analyzing endogenous Chd5 protein expression during mouse embryogenesis, in the neonate, and in the adult, we found that Chd5 is expressed broadly in multiple brain regions, that Chd5 sub-cellular localization undergoes a switch from the cytoplasm to the nucleus during mid-gestation, and that Chd5 expression is retained at high levels in differentiated neurons of the adult. These findings may have important implications for defining the role of CHD5-mediated chromatin dynamics in the brain and for elucidating how perturbation of these epigenetic processes leads to neuronal malignancies, neurodegenerative diseases, and neurodevelopmental syndromes.
Related Articles
The cone-dominant retina and the inner ear of zebrafish express the ortholog of CLRN1, the causative gene of human Usher syndrome type 3A
Phillips, Jennifer B.
Västinsalo, Hanna
Wegner, Jeremy
Clément, Aurélie
Sankila, Eeva-Marja
Westerfield, Monte
Gene expression patterns : GEP
Clarin-1 (CLRN1) is the causative gene in Usher Syndrome type 3A, an autosomal recessive disorder characterized by progressive vision and hearing loss. CLRN1 encodes Clarin-1, a glycoprotein with homology to the tetraspanin family of proteins. Previous cell culture studies suggest that Clarin-1 localizes to the plasma membrane and interacts with the cytoskeleton. Mouse models demonstrate a role for the protein in mechanosensory hair bundle integrity, but the function of Clarin-1 in hearing remains unclear. Even less is known of its role in vision, because the Clrn1 knockout mouse does not exhibit a retinal phenotype and expression studies in murine retinas have provided conflicting results. Here, we describe cloning and expression analysis of the zebrafish clrn1 gene, and report protein localization of Clarin-1 in auditory and visual cells from embryonic through adult stages. We detect clrn1 transcripts as early as 24 hours post-fertilization, and expression is maintained through adulthood. In situ hybridization experiments show clrn1 transcripts enriched in mechanosensory hair cells and supporting cells of the inner ear and lateral line organ, photoreceptors, and cells of the inner retina. In mechanosensory hair cells, Clarin-1 is polarized to the apical cell body and the synapses. In the retina, Clarin-1 localizes to lateral cell contacts between photoreceptors and is associated with the outer limiting membrane and subapical processes emanating from Müller glial cells. We also find Clarin-1 protein in the outer plexiform, inner nuclear and ganglion cell layers of the retina. Given the importance of Clarin-1 function in the human retina, it is imperative to find an animal model with a comparable requirement. Our data provide a foundation for exploring the role of Clarin-1 in retinal cell function and survival in a diurnal, cone-dominant species.
Related Articles
Widespread but tissue-specific patterns of interferon-induced transmembrane protein 3 (IFITM3, FRAGILIS, MIL-1) in the mouse gastrula
Mikedis, Maria M.
Downs, Karen M.
Gene expression patterns : GEP
Interferon-induced transmembrane protein 3 (IFITM3; FRAGILIS; MIL-1) is part of a larger family of important small interferon-induced transmembrane genes and proteins involved in early development, cell adhesion, and cell proliferation, and which also play a major role in response to bacterial and viral infections and, more recently, in pronounced malignancies (Siegrist et al., 2011). IFITM3, together with tissue-nonspecific alkaline phosphatase (TNAP), PRDM1, and STELLA, has been claimed to be a hallmark of segregated primordial germ cells (PGCs) (Saitou et al., 2002). However, whether IFITM3, like STELLA, is part of a broader stem/progenitor pool that builds the posterior region of the mouse conceptus (Mikedis and Downs, 2012), is obscure. To discover the whereabouts of IFITM3 during mouse gastrulation (~E6.5-9.0), systematic immunohistochemical analysis was carried out at closely spaced 2-4-hour intervals. Results revealed diverse, yet consistent, profiles of IFITM3 localization throughout the gastrula. Within the putative PGC trajectory and surrounding posterior tissues, IFITM3 localized as a large cytoplasmic spot with or without staining in the plasma membrane. IFITM3, like STELLA, was also found in the ventral ectodermal ridge (VER), a posterior progenitor pool that builds the tailbud. The large cytoplasmic spot with plasma membrane staining was exclusive to the posterior region; the visceral yolk sac, non-posterior tissues, and epithelial tissues exhibited spots of IFITM3 without cell surface staining. Co-localization of the intracellular IFITM3 spot with the endoplasmic reticulum, Golgi apparatus or endolysosomes was not observed. That relatively high levels of IFITM3 were found throughout the posterior primitive streak and its derivatives is consistent with evidence that IFITM3, like STELLA, is part of a larger stem/progenitor cell pool at the posterior end of the primitive streak that forms the base of the allantois and builds the fetal-umbilical connection, thus further obfuscating practical phenotypic distinctions between so-called PGCs and surrounding soma.
Allantoic Core Domain; allantois; branchial arches; IFITM2; IFITM3; endothelium; Flk1; foregut; FRAGILIS; hematopoietic cells; hindgut; MIL-1; mouse; primitive streak; primordial germ cells; PGCs; Runx1; ventral ectodermal ridge
Related Articles
Temporal and tissue specific gene expression patterns of the zebrafish kinesin-1 heavy chain family, kif5s, during development
Campbell, Philip D.
Marlow, Florence L.
Gene expression patterns : GEP
Homo- and heterodimers of Kif5 proteins form the motor domain of Kinesin-1, a major plus-end directed microtubule motor. Kif5s have been implicated in the intracellular transport of organelles, vesicles, proteins, and RNAs in many cell types. There are three mammalian KIF5s. KIF5A and KIF5C proteins are strictly neural in mouse whereas, KIF5B is ubiquitously expressed. Mouse knockouts indicate crucial roles for KIF5 in development and human mutations in KIF5A lead to the neurodegenerative disease Hereditary Spastic Paraplegia. However, the developmental functions and the extent to which individual kif5 functions overlap have not been elucidated. Zebrafish possess five kif5 genes: kif5Aa, kif5Ab, kif5Ba, kif5Bb, and kif5C. Here we report their tissue specific expression patterns in embryonic and larval stages. Specifically, we find that kif5As are strictly zygotic and exhibit neural-specific expression. In contrast, kif5Bs exhibit strong maternal contribution and are ubiquitously expressed. Lastly, kif5C exhibits weak maternal expression followed by enrichment in neural populations. In addition, kif5s show distinct expression domains in the larval retina.
Microtubules; Intracellular transport; Trigeminal ganglia; Posterior lateral line ganglia; Retina; Neurons; Hindbrain; Spinal cord; Digestive tract
Related Articles
Expression of Isl1 during mouse development
Zhuang, Shaowei
Zhang, Qingquan
Zhuang, Tao
Evans, Sylvia M.
Liang, Xingqun
Sun, Yunfu
Gene expression patterns : GEP
The LIM-homeodomain transcription factor Isl1 plays essential roles in cell proliferation, differentiation and survival during embryogenesis. To better visualize Isl1 expression and provide insight into the role of Isl1 during development, we generated an Isl1 nuclear LacZ (nLacZ) knockin mouse line and analyzed Isl1nlacZ expression during development by Xgal staining and compared expression of Isl1nlacZ with endogenous Isl1 by coimmunostaining with antibodies to Isl1 and β-galactosidase. Results demonstrated that during development Isl1 nuclear LacZ is expressed in a pattern that recapitulates its endogenous protein expression. Consistent with previous in situ and immunohistochemistry data, we observed Isl1nlacZ expression in multiple tissues and cell types, including the central and peripheral nervous system, neural retina, inner ear, pharyngeal mesoderm and endoderm and their derivatives (craniofacial structures, thymus, thyroid gland and trachea), cardiovascular system (cardiac outflow tract, carotid arteries, umbilical vessels, sinoatrial node and atrial septum), gastrointestinal system (oral epithelium, stomach, pancreas, mesentery) and hindlimb. In some cases, Isl1nlacZ appears to be more readily detectable than Isl1 protein when expression level is low, and in others, Isl1nlacZ appears to act as a lineage tracer, likely owing to perdurance of the nuclear localized beta-galactosidase.
Isl1; LIM-homeodomain; transgenic; gene expression; development
Related Articles
Expression patterns of cadherin genes in Drosophila oogenesis
Zartman, Jeremiah J.
Kanodia, Jitendra S.
Yakoby, Nir
Schafer, Xenia
Watson, Colin
Schlichting, Karin
Dahmann, Christian
Shvartsman, Stanislav Y.
Gene expression patterns : GEP
In Drosophila oogenesis, the follicular epithelium that envelops the oocyte is patterned by a small set of inductive signals and gives rise to an elaborate three-dimensional eggshell. Several eggshell structures provide sensitive readouts of the patterning signals, but the formation of these structures is still poorly understood. In other systems, epithelial morphogenesis is guided by the spatial patterning of cell adhesion and cytoskeleton genes. As a step towards developing a comprehensive description of patterning events leading to eggshell morphogenesis, we report the expression of Drosophila cadherins, calcium dependent adhesion molecules that are repeatedly used throughout development. We found that 9/17 of Drosophila cadherins are expressed in the follicular epithelium in dynamic patterns during oogenesis. In late oogenesis, the expression patterns of cadherin genes in the main body follicle cells is summarized using a compact set of simple geometric shapes, reflecting the integration of the EGFR and DPP inductive signals. The multi-layered composite patterning of the cadherins is hypothesized to play a key role in the formation of the eggshell. Of particular note is the complex patterning of the region of the follicular epithelium that gives rise to the dorsal appendages, which are tubular structures that serve as respiratory organs for the developing embryo.
Drosophila; cadherin; oogenesis; gene expression; morphogenesis; adhesion; pattern formation; follicle cell; epithelium
Related Articles
Developmental expression of mouse Follistatin-like 1 (Fstl1): dynamic regulation during organogenesis of the kidney and lung
Adams, Derek
Larman, Barry
Oxburgh, Leif
Gene expression patterns : GEP
Follistatin-like 1 (Fstl1) is a distantly related homolog of the Activin and Bone Morphogenetic Protein antagonist Follistatin. Interestingly, this molecule also has homology with the extracellular matrix modifying protein BM-40/SPARC/osteonectin. Previous studies in chick have identified Fstl1 as a regulator of early mesoderm patterning, somitogenesis, myogenesis and neural development. In this study, we determine the developmental expression pattern of Fstl1 during mouse development. We find that Fstl1 is ubiquitously expressed in the early embryo, and that expression becomes regionalized later during development. In the majority of tissues, Fstl1 is strongly expressed in the mesenchymal component and excluded from the epithelium. Notable exceptions include the central nervous system, in which Fstl1 expression is entirely absent with the exception of the choroid plexi and floor plate, the lung, in which Fstl1 expression can be seen in airway epithelia and the kidney, in which collecting ducts and nascent nephron epithelia express the highest levels of Fstl1.
Follistatin; activin antagonist; BMP antagonist; bone development; gonad development; gut development; heart development; kidney development; limb development; lung development; neural development; skin development; tooth development
Related Articles
Expression of cyclin D1, cyclin D2, and N-myc in embryos of the direct developing frog Eleutherodactylus coqui, with a focus on limbs
Nath, Kimberly
Fisher, Cara
Elinson, Richard P.
Gene expression patterns : GEP
Species of frogs that develop directly have removed the tadpole from their ontogeny and form adult structures precociously. To see whether cell cycle regulators could be involved in this altered embryogenesis, we examined the expression of ccnd1, ccnd2, and mycn in embryos of the direct developing frog, Eleutherodactylus coqui. Notable differences compared to embryos of Xenopus laevis, a species with a tadpole, included prominent expression of ccnd2 in the midbrain and ccnd1 in the mandibular neural crest. The former may contribute to the precocious appearance of the adult-type visual system and the latter to the adult-type jaw. Large domains of ccnd2 and mycn presage the early appearance of limb buds, and ccnd1 and mycn are implicated in digit development.
Related Articles
Characterization of transgenic zebrafish lines that express GFP in the retina, pineal gland, olfactory bulb, hatching gland, and optic tectum
Fang, Wei
Bonaffini, Sarah
Zou, Jian
Wang, Xiaolei
Zhang, Cen
Tsujimura, Taro
Kawamura, Shoji
Wei, Xiangyun
Gene expression patterns : GEP
Transgenic animals are powerful tools to study gene function in vivo. Here we characterize several transgenic zebrafish lines that express green fluorescent protein (GFP) under the control of the LCRRH2-RH2-1 or LCRRH2-RH2-2 green opsin regulatory elements. Using confocal immunomicroscopy, stereo-fluorescence microscopy, and Western blotting, we show that the Tg(LCRRH2-RH2-1:GFP)pt112 and Tg(LCRRH2-RH2-2:GFP)pt115 transgenic zebrafish lines express GFP in the pineal gland and certain types of photoreceptors. In addition, some of these lines also express GFP in the hatching gland, optic tectum, or olfactory bulb. Some of the expression patterns differ significantly from previously published similar transgenic fish lines, making them useful tools for studying the development of the corresponding tissues and organs. In addition, the variations of GFP expression among different lines corroborate the notion that transgenic expression is often subjected to position effect, thus emphasizing the need for careful verification of expression patterns when transgenic animal models are utilized for research.
Crumbs2b; olfactory system; transgenic zebrafish; green opsin promoter; photoreceptor; retina
Related Articles
Gene expression patterns in primary neuronal clusters of the Drosophila embryonic brain
Sprecher, Simon G.
Reichert, Heinrich
Hartenstein, Volker
Gene expression patterns : GEP
The brain of Drosophila is formed by approximately 100 lineages, each lineage being derived from a stem cell-like neuroblast that segregates from the procephalic neurectoderm of the early embryo. A neuroblast map has been established in great detail for the early embryo, and a suite of molecular markers has been defined for all neuroblasts included in this map (Urbach and Technau, 2003a). However, the expression of these markers was not followed into later embryonic or larval stages, mainly due to the fact that anatomical landmarks to which expression patterns could be related had not been defined. Such markers, in the form of stereotyped clusters of neurons whose axons project along cohesive bundles ("primary axon bundles" or "PABs") are now available (Younossi-Hartenstein et al., 2006). In the present study we have mapped the expression of molecular markers in relationship to primary neuronal clusters and their PABs. The markers we analyzed include many of the genes involved in patterning of the brain along the anteroposterior axis (cephalic gap genes, segment polarity genes) and dorso-ventral axis (columnar patterning genes), as well as genes expressed in the dorsal protocerebrum and visual system (early eye genes). Our analysis represents an important step along the way to identify neuronal lineages of the mature brain with genes expressed in the early embryo in discrete neuroblasts. Furthermore, the analysis helped us to reconstruct the morphogenetic movements that transform the two-dimensional neuroblast layer of the early embryo into the three-dimensional larval brain and provides the basis for deeper understanding of how the embryonic brain develops.
Drosophila; embryonic brain; brain development; Hox genes; pair rule genes; segment polarity genes; head gap genes; retinal patterning genes; columnar patterning genes
Related Articles
Immunohistochemical analysis of sphingosine phosphate lyase expression during murine development
Newbigging, Susan
Zhang, Meng
Saba, Julie
Gene expression patterns : GEP
Sphingosine-1-phosphate lyase (SPL) catalyzes the degradation of sphingosine-1-phosphate (S1P), a bioactive lipid that controls cell proliferation, migration and survival. Mice lacking SPL expression exhibit developmental abnormalities, runting and death during the perinatal period, suggesting that SPL plays a role in mammalian development and adaptation to extrauterine life. We investigated the pattern of SPL expression in the mouse embryo and placenta from day 8 to day 18. Our findings reveal that SPL is expressed in the developing brain and neural tube, Rathke's pouch, first brachial arch, third brachial arch, optic stalk, midgut loops, and lung buds. Diffuse signal was high at E12, whereas a recognizable adult SPL pattern was evident by E15 and more intensely at E18, with strong expression in skin, nasal epithelium, intestinal epithelium, cartilage, thymus and pituitary gland. These findings suggest SPL may be involved in development of the mammalian central nervous system (CNS), anterior pituitary, trigeminal nerve, palate and facial bones, thymus and other organs. Our findings are consistent with the SPL expression pattern of the adult mouse and with congenital abnormalities observed in SPL mutant mice.
sphingosine-1-phosphate; sphingosine phosphate lyase; S1P lyase; Sgpl1; embryogenesis; sphingolipid
Related Articles
Expression of the Foxi2 and Foxi3 transcription factors during development of chicken sensory placodes and pharyngeal arches
Khatri, Safia B.
Groves, Andrew K.
Gene expression patterns : GEP
Foxi2 and Foxi3 are members of the Foxi class of Forkhead transcription factors. The Foxi transcription factor family has been shown to play roles in the development of the inner ear and pharyngeal arch derivatives in zebrafish. We describe the expression of Foxi2 and Foxi3 in chicken embryos during the first three days of embryonic development. Foxi3 is initially expressed broadly in the pre-placodal ectoderm surrounding the neural plate, which will give rise to all craniofacial sensory organs. It then becomes restricted to a region immediately anterior to the first pair of somites that will give rise to the otic and epibranchial placodes, before becoming down-regulated from this region and restricted to the ectoderm and endoderm of the pharyngeal arches. In contrast, Foxi2 is initially expressed broadly in cranial ectoderm with the striking exception of the otic placode, and ultimately becomes restricted to pharyngeal arch ectoderm. These expression patterns provide an insight into the roles of these transcriptional regulators during the development of the inner ear and pharyngeal arch derivatives.
Otic placode; Pharyngeal arch; Craniofacial development; Pre-placodal domain
Related Articles
Comparative gene expression analysis of the fmnl family of formins during zebrafish development and implications for tissue specific functions
Santos-Ledo, Adrian
Jenny, Andreas
Marlow, Florence L.
Gene expression patterns : GEP
Fmlns belong to the Formin family, catalysts of linear Actin polymerization with mostly unknown roles in vivo. In cell culture Fmnls are involved in cell migration and adhesion and the formation of different types of protrusions including filopodia and blebs, suggesting important roles during development. Moreover, Fmnls can act downstream of Rac and Cdc42, mediators of cytoskeletal changes as targets of important pathways required for shaping tissues. The zebrafish genome encodes five Fmnls. Here we report their tissue specific expression patterns during early development and pharyngula stages. The fmnls show overlapping and distinct expression patterns, which suggest that they could regulate similar processes during development, but may also have independent functions. In particular, we find a strong maternal contribution of all fmnls, but distinct expression patterns in the developing brain eye, ear, heart and vascular system.
Actin; vascular system; visual system; otic vesicles; brain
Related Articles
Identification and developmental expression analysis of a novel homeobox gene closely linked to the mouse Twirler mutation
Liu, Han
Liu, Wenjin
Maltby, Kathleen M.
Lan, Yu
Jiang, Rulang
Gene expression patterns : GEP
The Twirler mutation arose spontaneously and causes inner ear defects in heterozygous and cleft lip and/or cleft palate in homozygous mutant mice, providing a unique animal model for investigating the molecular mechanisms of inner ear and craniofacial development. Here we report the identification of a novel homeobox gene, Iroquois-related homeobox like-1 (Irxl1), from the Twirler locus. Irxl1 encodes a TALE-family homeodomain protein with its homeodomain exhibiting the highest amino acid sequence identity (54%) to those of invertebrate Iroquois and vertebrate Irx subfamily members. The putative Irxl1 protein lacks the Iro-box, a conserved motif in all known members of the Irx subfamily. Searching the databases showed that Irxl1 orthologs exist in Xenopus, chick, and mammals. In situ hybridization analyses of mouse embryos at various developmental stages showed that Irxl1 mRNA is highly expressed in the frontonasal process and palatal mesenchyme during primary and secondary palate development. In addition, Irxl1 mRNA is strongly expressed in mesenchyme surrounding the developing inner ear, in discrete regions of the developing mandible, in the dermamyotome during somite differentiation, and in a subset of muscular structures in late embryonic stages. The developmental expression pattern indicates that Irxl1 is a good candidate gene for the Twirler gene.
cleft lip; cleft palate; craniofacial development; dermamyotome; homeobox; homeodomain; Hox; intervertebral disc; Iroquois; Irx; Irxl1; mandible; palate development; secondary palate; skeletal muscle; somite; TALE; Twirler mutation
Related Articles
Cloning and expression analysis of Fgf5, 6 and 7 during early chick development
Kumar, Megha
Chapman, Susan C.
Gene expression patterns : GEP
FGFs1 with similar sequences can play different roles depending on the model organisms examined. Determining these roles requires knowledge of spatio-temporal Fgf gene expression patterns. In this study, we report the cloning of chick Fgf5, 6 and 7, and examine their gene expression patterns by whole mount in situ hybridization. We show that Fgf5's spatio-temporally restricted expression pattern indicates a potentially novel role during inner ear development. Fgf6 and Fgf7, although belonging to different subfamilies with diverged sequences, are expressed in similar patterns within the mesoderm. Alignment of protein sequences and phylogenetic analysis demonstrate that FGF5 and FGF6 are highly conserved between chick, human, mouse and zebrafish. FGF7 is similarly conserved except for the zebrafish, which has considerably diverged.
Development; Fibroblast growth factor; otic placode; pharyngeal arch; pharyngeal endoderm
Related Articles
McNulty, Melissa S.
Bedell, Victoria M.
Greenwood, Tammy M.
Craig, Theodore A.
Ekker, Stephen C.
Kumar, Rajiv
Gene expression patterns : GEP
Sclerostin is a highly conserved, secreted, cystine-knot protein which regulates osteoblast function. Humans with mutations in the sclerostin gene (SOST), manifest increased axial and appendicular skeletal bone density with attendant complications. In adult bone, sclerostin is expressed in osteocytes and osteoblasts. Danio rerio sclerostin-like protein is closely related to sea bass sclerostin, and is related to chicken and mammalian sclerostins. Little is known about the expression of sclerostin in early developing skeletal or extra-skeletal tissues. We assessed sclerostin (sost) gene expression in developing zebrafish (Danio rerio) embryos with whole mount is situ hybridization methods. The earliest expression of sost RNA was noted during 12 hours post-fertilization (hpf). At 15 hpf, sost RNA was detected in the developing nervous system and in Kupffer's vesicle. At 18, 20 and 22 hpf, expression in rhombic lip precursors was seen. By 24 hpf, expression in the upper and lower rhombic lip and developing spinal cord was noted. Expression in the rhombic lip and spinal cord persisted through 28 hpf and then diminished in intensity through 44 hpf. At 28 hpf, sost expression was noted in developing pharyngeal cartilage; expression in pharyngeal cartilage increased with time. By 48 hpf, sost RNA was clearly detected in the developing pharyngeal arch cartilage. Sost RNA was abundantly expressed in the pharyngeal arch cartilage, and in developing pectoral fins, 72, 96 and 120 hpf. Our study is the first detailed analysis of sost gene expression in early metazoan development.
Sclerostin; sost; skeleton; cartilage; brain
Related Articles
The cis- Regulatory Dynamics of the Drosophila CNS Determinant castor are Controlled by Multiple Sub-Pattern Enhancers
Kuzin, Alexander
Kundu, Mukta
Ross, Jermaine
Koizumi, Keita
Brody, Thomas
Odenwald, Ward F.
Gene expression patterns : GEP
In the developing CNS, unique functional identities among neurons and glia are, in part, established as a result of successive transitions in gene expression programs within neural precursor cells. One of the temporal-identity windows within Drosophila CNS neural precursor cells or neuroblasts (NBs) is marked by the expression of a zinc-finger transcription factor (TF) gene, castor (cas). Our analysis of cis-regulatory DNA within a cas loss-of-function rescue fragment has identified seven enhancers that independently activate reporter transgene expression in specific sub-patterns of the wild-type embryonic cas gene expression domain. Most of these enhancers also regulate different aspects of cas expression within the larval and adult CNS. Phylogenetic footprinting reveals that each enhancer is made up of clusters of highly conserved DNA sequence blocks that are flanked by less-conserved inter-cluster spacer sequences. Comparative analysis of the conserved DNA also reveals that cas enhancers share different combinations of sequence elements and many of these shared elements contain core DNA-binding recognition motifs for characterized temporal-identity TFs. Intra-species alignments show that two of the sub-pattern enhancers originated from an inverted duplication and that this repeat is unique to the cas locus in all sequenced Drosophila species. Finally we show that three of the enhancers differentially require cas function for their wild-type regulatory behavior. Cas limits the expression of one enhancer while two others require cas function for full expression. These studies represent a starting point for the further analysis of cas gene expression and the TFs that regulate it.
Drosophila CNS development; cis-regulatory DNA; sub-pattern enhancers; DNA sequence conservation; castor gene regulation
Related Articles
Rb1 mRNA expression in developing mouse teeth
Andreeva, Viktoria
Cardarelli, Justin
Yelick, Pamela C.
Gene expression patterns : GEP
Rb1 is a tumor suppressor gene that regulates cell cycle progression through interactions with E2F transcription factors. In recent years, new roles for Rb1 in regulating cellular differentiation have also emerged. For example, it has been shown that Rb1 regulates osteoblast differentiation in a cell cycle independent manner, by binding to the transcription factor Runx2, and facilitating the up-regulation of late bone differentiation markers. Based on the facts that Runx2 also functions in tooth development, and that little is known about potential roles for Rb1 in mammalian tooth development, here we evaluated the expression of Rb1 mRNA in developmentally staged mouse teeth. Our data show that Rb1 mRNA is expressed in both dental epithelial and dental mesenchymal progenitor cells. In addition, Rb1 mRNA appears upregulated in differentiating ameloblasts and odontoblasts, suggesting roles for Rb1 in tooth differentiation.
Rb1; tooth development; dental epithelium; dental mesenchyme; cell-cell signaling
Related Articles
Segment - and Cell- Specific Expression of D-type Cyclins in the Postnatal Mouse Epididymis
Wang, Huizhen
Kumar, T. Rajendra
Gene expression patterns : GEP
Sperm transport, maturation and storage are the essential functions of the epididymis. The epididymis in the mouse is structurally characterized by regional and segmental organization including caput, corpus and cauda epididymis that are comprised of ten segments. Although several growth factor signaling pathways have been discovered in the epididymis, how these converge onto the cell cycle components is unknown. To begin to elucidate the growth factor control of cell cycle events in the epididymis, we analyzed the expression of D-type cyclins at different postnatal ages. At 7d, cyclin D1 was mainly expressed in the cauda epithelium, by 14d its expression occurred in the epithelium of caput, corpus and cauda that persisted up to 21d. By 42d, cyclin D1 was mostly detectable in the principal cells of the caput and corpus (segments 1–7) but not in the cauda epididymis. Expression of cyclin D2, unlike that of cyclin D1, was evident only at 42d but not earlier, and was mostly confined to corpus and cauda epithelium. In contrast to both cyclin D1 and D2, cyclin D3 was expressed primarily in the interstitium at 7d and by 21d its expression was localized to the epithelium of the corpus and cauda epididymis. By 42d, expression of cyclin D3 peaked in segments 6–10 and confined to basal and principal cells of the corpus and apical cells of the cauda epithelium. Ki67 immunoreactivity confirmed absence of cell proliferation despite continued expression of D-type cyclins in the adult epididymis. Collectively, on the basis of our immunophenotyping and protein expression data, we conclude that the D-type cyclins are expressed in a development -, segment-, and cell- specific manner in the postnatal mouse epididymis.
Epididymis; Cyclin D1; Cyclin D2; Cyclin D3; Ki67
Related Articles
Results 1-25 (119)
« Previous
Go to page number:
Next »
Remove citation from clipboard
Add citation to clipboard
This will clear all selections from your clipboard. Do you wish proceed?
Clipboard is full! Please remove an item and try again.
Contact Us
PubMed Central Canada is a service of the
Canadian Institutes of Health Research
(CIHR) working in partnership with the National Research Council's
national science library
in cooperation with the
National Center for Biotechnology Information
at the
U.S. National Library of Medicine
(NCBI/NLM). It includes content provided to the
PubMed Central International archive
by participating publishers.


text:
Separate names with a comma.
so this is a team i used in spl semifinals last year as well as in world cup finals.. it's a pretty standard offense team thats able to quickly get...
name: Offensive
move 1: Hydro Pump / Surf
move 2: Ice Beam
move 3: Hidden Power Electric
move 4: Recover
item: Leftovers
nature: Timid
evs: 4...
name: Bulky Rapid Spin (Bold Starmie)
move 1: Hydro Pump / Surf
move 2: Thunderbolt / Reflect
move 3: Rapid Spin
move 4: Recover
Alright so heres a short intro... i made this team about 6-7 months ago when I was starting to get bored with the RU metagame and wanted to mix...
i talked to Oglemi about this so even though it isnt in revamp bw2 thread don't yell at me :(
I have had this team for quite a while now and have finally decided to post it. Despite Stall being dead in RU during the Nidoqueen era, variations...
Hi guys. This is the pokemon team i used a good amount last round in RU. This team has no suspects, and uses some underrated pokemon and some...
So, this is a pretty strange looking team at first glance. While Krookodile, Azumarill, and Yanmega all get a fair amount of usage in UU, they are...
Hey everyone, this is an Ubers team i've been using quite a bit lately to get back into the metagame, and I can surely say its done well, making the...


text:
Top Definition
Gwan is a Pattwa' word, It is mainly a Jamaican term. It can mean two things to *go away or *what is going on
Go away - "Tell da boys dem fi gwan."
what is going on? - "Whatta gwan?"
what is going on? - "Whatta gwan?"
od uživatele sacha 11. květen 2004
Trending Now
slang from Cork city in Ireland - short for "go on". The term made it's made to the Carribean while Irish slaves were shipped there in the 16th and 17th centuries. Slang Irish terms like this then made their way into the Carribean "patois", particularly Jamaica, where "gwan" is pronounced and used in exactly the same way as in Cork city in Ireland.
"Ah gwan ya langball ya"
"Please do go on about that wonderful event that you are informing me about."
"Please do go on about that wonderful event that you are informing me about."
od uživatele starchaser 06. únor 2004
Guyanese word for "going on"
Aye wa' gwan
Hey what's going on
Hey what's going on
od uživatele Reeyah 23. duben 2006
Irish slang for 'go on!'.
Used as an expression of enthusiasm.
Used as an expression of enthusiasm.
Mrs Doyle ''Ahh, g'wan! G'wan, g'wan, g'wan g'wan!!''
od uživatele MonkeySwans 01. únor 2012
1.A word meaning going, i picked it up from a old movie called The Defiant Ones
1.I'm gwan to go home.
od uživatele EthanB. 30. listopad 2005


text:
5am: Chop Cleveland to open in downtown Cleveland
The former Cleveland ChopHouse location is going to house a new 'Cleveland Chop' restaurant.
S.A.M.: I am a senior that has managed to survived quite a few presidents. I liked Ike, I voted for Nixon, that was pretty bad, the country lived through the Bush's. With President Obama it has been a fight all the way, a decent man trying to do his best. Mistakes Hillary has made and women are not allowed to make ANY mistakes., capable, intelligent doesn't seem to be enough and an intelligent woman many men can't stomach. Loud mouth, crude, rude never in politics trump with a small t


text:
USAID Should Become the Department of Nation-Building
Washington's top development agency needs to focus on building governments, not democracies, in chaotic foreign countries.
See more in United States; Foreign Aid; Nation Building
Washington's top development agency needs to focus on building governments, not democracies, in chaotic foreign countries.
See more in United States; Foreign Aid; Nation Building
The historian Frank Trentmann has written the first total history of consumption. Empire of Things is an original, ambitious account that begins in the fifteenth century, spans the globe, and examines a wide range of regimes, from liberal democracies to fascist dictatorships. The book could hardly be more relevant: since the Great Recession began in 2007, the world has been mired in a global economic crisis with the consumer at its core. As inequality soared in the years leading up to the crash, middle-class consumers, in the absence of rising incomes, relied on credit to sustain their standards of living. Sensing an opportunity, banks and other financial firms began selling mortgages to people who could not afford them.
Experts at a CFR-Lowy Institute workshop discuss Southeast Asian views of U.S.-China competition across a range of issues, including maritime disputes, trade and investment, and transnational security challenges.
See more in Asia and Pacific; United States; Trade; Territorial Disputes
The vote determines future of Europe's commitment to peaceful integration, writes Philip Gordon
See more in United Kingdom; International Organizations and Alliances
For half a millennium, Russian foreign policy has been characterized by soaring ambitions that have exceeded the country's capabilities. Beginning with the reign of Ivan the Terrible in the sixteenth century, Russia managed to expand at an average rate of 50 square miles per day for hundreds of years, eventually covering one-sixth of the earth's landmass. By 1900, it was the world's fourth- or fifth-largest industrial power and the largest agricultural producer in Europe.
See more in Russian Federation; Society and Culture
Between 1996 and 2011, I served as a consultant to the Kremlin, advising Russian Presidents Boris Yeltsin, Vladimir Putin, and Dmitry Medvedev. And yet even I can hardly claim to understand the real mechanisms of power in today's Russia.
See more in Russian Federation; Politics and Strategy
In recent years, many discussions of the Russian economy have opened with an old joke. In the mid-1990s, John Major, the British prime minister, askedRussian President Boris Yeltsin to characterize Russia's economy in one word. "Good," Yeltsin said. Major, seeking more detail, asked him to elaborate in two words. Yeltsin replied: "Not good."
See more in Russian Federation; Economics
After the collapse of the Soviet Union, the Russian military rotted away. In one of the most dramatic campaigns of peacetime demilitarization in world history, from 1988 to 1994, Moscow's armed forces shrank from five million to one million personnel.
See more in Russia and Central Asia; Defense and Security
In February, Moscow and Washington issued a joint statement announcing the terms of a "cessation of hostilities" in Syria—a truce agreed to by major world powers, regional players, and most of the participants in the Syrian civil war. Given the fierce mutual recriminations that have become typical of U.S.-Russian relations in recent years, the tone of the statement suggested a surprising degree of common cause.
See more in Russian Federation; Politics and Strategy
In December 2015, the Russian antigraft activist Alexey Navalny released adocumentary in which he exposed the corrupt business dealings of the children of Yuri Chaika, Russia's prosecutor general—the top law enforcement official in the country. In the film, Navalny accuses Chaika's son Artem of "continuously exploit[ing] the protection that his father, the prosecutor general of the Russian Federation, gives him to extort from and steal other people's companies."
See more in Russia and Central Asia; Censorship and Freedom of Speech
Russian President Vladimir Putin's seizure of the Crimean Peninsula from Ukraine in early 2014 was the most consequential decision of his 16 years in power.
See more in Russia and Central Asia; Defense and Security
When U.S. President Barack Obama joined other global leaders at the G-20 summit in Turkey in November 2015, the United States was in the final stages of a multiyear effort to secure the approval of a set of important reforms to the International Monetary Fund.
See more in United States; Economics
At a debate among the Republican presidential candidates in March, U.S. Senator Ted Cruz of Texas boiled down his campaign message to its essentials: "Here's my philosophy. The less government, the more freedom. The fewer bureaucrats, the more prosperity. And there are bureaucrats in Washington right now who are killing jobs and I'll tell you, I know who they are. I will find them and I will fire them."
See more in United States; Economics
After two and a half decades, is the United States' run as the world's sole superpower coming to an end? Many say yes, seeing a rising China ready to catch up to or even surpass the United States in the near future. By many measures, after all, China's economy is on track to become the world's biggest, and even if its growth slows, it will still outpace that of the United States for many years.
See more in United States; China; Economic Development
Now, almost a decade after the Great Recession hit, the story of its origins and course has become familiar. It began in December 2007, soon after the U.S. housing bubble burst, triggering the widespread collapse of the U.S. financial system. Credit dried up, as banks lost confidence in the value of their assets and stopped lending to one another.
See more in United States; Monetary Policy
Today, there is essentially one accepted narrative of the economic crisis that began in late 2007. Overly optimistic homebuyers and reckless lenders in the United States created a housing price bubble. Regulators were asleep at the switch.
See more in United States; Monetary Policy
Joshua Kurlantzick discusses the persecution and ongoing violence against the Rohingya in Myanmar.
See more in Burma/Myanmar; Ethnicity, Minorities, and National Identity; Conflict Assessment
Joshua Kurlantzick reviews recent publications on Myanmar and discusses what to expect from the country's recent democratic opening.
See more in Burma/Myanmar; United States; Democratization
Experts discuss efforts to assist refugees displaced from the migrant crisis in the Middle East.
See more in Middle East and North Africa; Migration
The mood of much of the world is grim these days. Turmoil in the Middle East, causing hundreds of thousands of deaths and millions of refugees; random terrorist attacks across the globe; geopolitical tensions in eastern Europe and Asia; the end of the commodity supercycle; slowing growth in China; and economic stagnation in many countries—all have combined to feed a deep pessimism about the present and, worse, the future.
See more in Global; Society and Culture
To ensure the success of Myanmar's historic democratic transition, the United States should revise its outdated and counterproductive sanctions policy.
Blackwill and Campbell analyze the rise of Chinese President Xi Jinping and call for a new American grand strategy for Asia.
Williams argues that greater U.S. involvement is necessary to enhance the quality and success of peacekeeping missions.
Kurlantzick offers the sharpest analysis yet of what state capitalism's emergence means for democratic politics around the world. More
In a cogent analysis of why the United States is losing ground as a world power, Blackwill and Harris explore the statecraft of geoeconomics. More
Takeyh and Simon reframe the legacy of U.S. involvement in the Arab world from 1945 to 1991 and shed new light on the makings of the contemporary Middle East. More
Learn more about CFR's mission and its work over the past year in the 2015 Annual Report. The Annual Report spotlights new initiatives, high-profile events, and authoritative scholarship from CFR experts, and includes a message from CFR President Richard N. Haass.
Read and download »


text:
Richard V. Porcelli, of Barnegat, wants more people to know about a site in Egg Harbor Township that contributed greatly to aviation history. Young men trained there during World War II to become Navy fighter pilots, and Naval aviation research and development continued there until 1958, when a new federal agency for aviation safety took it over as a test facility.
You must login to view the full content on this page.
© 2016 Press of Atlantic City. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.


text:
Learn More
Men's Burst - Up and Under
Men's Skech-Air Varsity
Men's Relaxed Fit: Doren - Frazer
Men's Relaxed Fit: Palen - Renden
Men's Relaxed Fit: Eris - Inaldo
See the latest comfy styles with Skechers Memory Foam.
Kick back in comfort with stylish, go-anywhere casuals.
Lightweight design feels great at every step.
Innovative GO footwear for running, walking and golf.
Fashionable footwear for dress or casual wear.
Lounge around anywhere in easy-to-wear styles.
Cool looks that deliver on style all year long.
Safety, steel toe and slip resistant footwear for any job.


text:
Missed on the focus, but the emotion was so real and beautiful that I simply could not discard this shot. I used my image Hope as a texture layer.
Featured in Altered by Design on November 7, 2010
Featured in Strictly Human Faces on November 7, 2010
Featured in the group Layered up on November 17, 2010
Featured in the group Bebes & Bumps on December 10, 2010
Featured in Sharing & Caring on December 12, 2010


text:
Check Availability(614) 321-3818(888) 720-6610(614) 328-8255
Rosehill Plaza
$490 - $605Contact for Availability
1205 Rosehill Road, Reynoldsburg, OH 43068
- Lifestyles:
- Corporate,
- Pet Friendly
Floor Plans & Pricing
Prices and availability subject to change without notice.
Apartment Features
- Air Conditioning
- Cable Ready
- Ceiling Fan(s)
- Oversized Closets
- Garbage Disposal
- Refrigerator
Special Features
- Pets
- Deposit: 300Plus $25/month fee Cats Allowed
Community Features
- Emergency Maintenance
- High Speed Internet Access
- Laundry Facility
- Public Transportation
- Swimming Pool
- Controlled Access
- On Site Maintenance
- On Site Management
- Corporate
- Pet Friendly
Additional Features
- Swimming pool
- Reynoldsburg schools
- Cats welcome
- Spacious kitchen
- On COTA bus line
- Ceiling fans
- Entry intercom system
- Laundry facility
- Spacious Closets
- Package receiving
Ratings & Reviews
3 Reviews for Rosehill Plaza
Sort by:
Great maintenance very recommendable
They property manager works very hard keeping the grounds clean. (Interior/Exterior) They respond quickly to any repairs.
Building is clean and quiet but the resident manager office person is a bit rude and in my opinion lacks the necessary people skills for his line of work.
What is a Certified Resident?
A resident who lives at the property and has completed a resident satisfaction survey.
Advertising properties provide a list of email addresses of its residents to Kingsley Associates, a third party market research firm, who then sends out the satisfaction survey to the residents. Properties may also conduct satisfaction surveys of its residents through other third party market research firms. In those cases, we will publish those survey responses as long as the questions conform to our standard survey format.
Because reviews are from Certified Residents, and are managed by a third party, you can feel confident that the feedback provided is accurate and trustworthy.
General Directions
From I-270, exit east onto Main Street. Follow Main Street 2 miles to Rosehill Road and turn left. We are on the left!