Michael F. Chiang, MD (@neidirector) 's Twitter Profile
Michael F. Chiang, MD

@neidirector

This is the official Twitter account of Michael F. Chiang, MD, Director of the @NatEyeInstitute @NIH. Tweets, retweets & follows are not endorsements.

ID: 1372279127911366661

linkhttps://www.nei.nih.gov/ calendar_today17-03-2021 20:10:33

2,2K Tweet

9,9K Followers

162 Following

Michael F. Chiang, MD (@neidirector) 's Twitter Profile Photo

Congratulations to Hendrikje Nienborg (Hendrikje Nienborg) for receiving tenure at NEI (NIH Intramural NIH)! In 2019, Hendrikje established a group that studies visual decision-making. More about her work here: go.nih.gov/6LbirYx

Congratulations to Hendrikje Nienborg (<a href="/nienborglab/">Hendrikje Nienborg</a>) for receiving tenure at <a href="/NatEyeInstitute/">NEI</a> (<a href="/IRPatNIH/">NIH Intramural</a> <a href="/NIH/">NIH</a>)!

In 2019, Hendrikje established a group that studies visual decision-making.

More about her work here: go.nih.gov/6LbirYx
Michael F. Chiang, MD (@neidirector) 's Twitter Profile Photo

News from ARPA-H (ARPA-H): $6.85 million award to Penn for the Safe and Explainable #AI-enabled Decision Making for Personalized Treatment project. To design & implement AI systems for disease management. Rajeev Alur Penn Computer and Information Science Penn Engineering More: bit.ly/3TpVfl5

News from ARPA-H (<a href="/ARPA_H/">ARPA-H</a>): $6.85 million award to <a href="/Penn/">Penn</a> for the Safe and Explainable #AI-enabled Decision Making for Personalized Treatment project.

To design &amp; implement AI systems for disease management. <a href="/RajeevAlur/">Rajeev Alur</a> <a href="/CIS_Penn/">Penn Computer and Information Science</a> <a href="/PennEngineers/">Penn Engineering</a>

More: bit.ly/3TpVfl5
Michael F. Chiang, MD (@neidirector) 's Twitter Profile Photo

From University of Houston: a new research grant from the NEI to look into glucose metabolism in the front and the back of the eye for early signs of diabetic retinopathy. #NEIfunded UH Research Rachel Redfern, PI Wendy Harrison Details: bit.ly/3yyKVQr

From <a href="/UHouston/">University of Houston</a>: a new research grant from the <a href="/NatEyeInstitute/">NEI</a> to look into glucose metabolism in the front and the back of the eye for early signs of diabetic retinopathy.

#NEIfunded <a href="/UH_Research/">UH Research</a> <a href="/RachelR39271/">Rachel Redfern</a>, PI Wendy Harrison

Details: bit.ly/3yyKVQr
Michael F. Chiang, MD (@neidirector) 's Twitter Profile Photo

From Universität Augsburg (Germany): macrophages inside the eye (mouse study) may develop in the vitreous during embryonic development, rather than developing in the blood & moving to the eye later in life. Peter Wieghofer @BMC Journal of Neuroinflammation: bit.ly/3XfMZpO

From <a href="/uni__augsburg/">Universität Augsburg</a> (Germany): macrophages inside the eye (mouse study) may develop in the vitreous during embryonic development, rather than developing in the blood &amp; moving to the eye later in life.

<a href="/PeterWieghofer/">Peter Wieghofer</a>

@BMC Journal of Neuroinflammation: bit.ly/3XfMZpO
Michael F. Chiang, MD (@neidirector) 's Twitter Profile Photo

Here's a story from NBC News Candice Nguyen about people who are blind being denied service by rideshare services because of guide dogs: nbcnews.com/nightly-news/v…

Michael F. Chiang, MD (@neidirector) 's Twitter Profile Photo

#ICYMI: Over the past 10 years, vision-related projects have comprised a substantial portion (20-30%) of the NIH BRAIN portfolio. Here’s my blog post about the NEI perspective on some of these contributions and why they’re important. bit.ly/3Z9Dvhh

#ICYMI: Over the past 10 years, vision-related projects have comprised a substantial portion (20-30%) of the <a href="/NIH/">NIH</a> BRAIN portfolio.

Here’s my blog post about the <a href="/NatEyeInstitute/">NEI</a> perspective on some of these contributions and why they’re important. 

bit.ly/3Z9Dvhh
Michael F. Chiang, MD (@neidirector) 's Twitter Profile Photo

From University of Minnesota: researchers led by John Hulleman discovered a new pathway to prevent #AMD (mouse model) by reducing the production of glycoprotein fibulin-3. #NEIfunded UMN Medical School HullemanLab JCI insight paper: bit.ly/3MrBMfJ

From <a href="/UMNews/">University of Minnesota</a>: researchers led by John Hulleman discovered a new pathway to prevent #AMD (mouse model) by reducing the production of glycoprotein fibulin-3.

#NEIfunded <a href="/umnmedschool/">UMN Medical School</a> <a href="/HullemanLab/">HullemanLab</a>

<a href="/JCI_insight/">JCI insight</a> paper: bit.ly/3MrBMfJ
Michael F. Chiang, MD (@neidirector) 's Twitter Profile Photo

From Wayne State University and UCLA: a summary of the natural history of #mpox, its modes of transmission, and its clinical course with special attention to the virus' effects on the eye. Ashok Kumar David Geffen School of Medicine at UCLA CNSI at UCLA Elsevier The Ocular Surface: bit.ly/3MseE0A

From <a href="/waynestate/">Wayne State University</a> and <a href="/UCLA/">UCLA</a>: a summary of the natural history of #mpox, its modes of transmission, and its clinical course with special attention to the virus' effects on the eye. 

<a href="/KumarLab_WSU/">Ashok Kumar</a> <a href="/dgsomucla/">David Geffen School of Medicine at UCLA</a> <a href="/cnsiatucla/">CNSI at UCLA</a>

<a href="/ElsevierConnect/">Elsevier</a> The Ocular Surface: bit.ly/3MseE0A
Michael F. Chiang, MD (@neidirector) 's Twitter Profile Photo

Rachel Wong (UW Biological Structure) will present her work on retinal neural circuits as the recipient of the 2024 Joram Piatigorsky Basic Science Award! Wednesday, 12:30-2:45pm ET at the NIH campus Details and address: bit.ly/3AK01mZ

Rachel Wong (<a href="/BioStructureUW/">UW Biological Structure</a>) will present her work on retinal neural circuits as the recipient of the 2024 Joram Piatigorsky Basic Science Award!

Wednesday, 12:30-2:45pm ET at the <a href="/NIH/">NIH</a> campus

Details and address: bit.ly/3AK01mZ
Michael F. Chiang, MD (@neidirector) 's Twitter Profile Photo

From Science China Press (China): horizontal transfer of mitochondria to neural progenitors could help restore function for mitochondrial disorders like Leber's Hereditary Optic Neuropathy (LHON) bit.ly/4e8fg7z

From <a href="/sciencechinap/">Science China Press</a> (China): horizontal transfer of mitochondria to neural progenitors could help restore function for mitochondrial disorders like Leber's Hereditary Optic Neuropathy (LHON)

bit.ly/4e8fg7z