Ya-Ping Yen

Postdoctoral fellow from @theJAClab @Academia Sinica

[中央研究院 Academia Sinica @AcadSinica]

Breakthrough in ALS Research:Homeostasis m6A RNA Modification Opens New Opportunities for ALS Treatment and Biomarkers
https://t.co/mbj3b3XEMq
#RNA #Biology #MolecularBiology #Health #ASL
@IMBSinica @NatureComms

[中央研究院 Academia Sinica @AcadSinica]

Tiny Peptide, Big Impact: A Hidden Regulator of Motor Neuron Development
https://t.co/NbD1fD6N3u
#RNA #Biology #MolecularBiology #Health #Taiwan
@emboreports @IMBSinica @theJACLab

[Jun-An Chen 陳俊安 @theJACLab]

🧵1/2
🚀 Breakthrough in #ALS research! @YaPingYen et al. in our lab uncovered a pivotal role of m6A in #ALS, and manipulating of m6A reservoir in motor neurons significantly slow down ALS onset and progression in SOD1 mouse model! https://t.co/W9T6Ozioar

[Jun-An Chen 陳俊安 @theJACLab]

The JAC Lab summer retreat 2022😎
@YaPingYen2 @shirley_liau @xinleyap13

https://t.co/rQ3YBzdQIq

[Yen-Chung Chen 陳彥中 @ycchen_tw]

@theJACLab at Academia Sinica, Taiwan, is recruiting (openings: 3 RA and 3 postdoc). I've been trained there during 2015-18 and would highly recommend if you are interested in studying the development and degeneration of motor neurons using both stem cell and animal models.(1/4)

[Hung Lo 羅鴻 @HungLo_tw]

I worked in @theJACLab in 2016-17, and it was one of the most fruitful experience I ever had. Highly recommend! If you're interested in ncRNA and neural development, it's a great place to be.

[Jun-An Chen 陳俊安 @theJACLab]

@YaPingYen2 and I wrote a #review on "The m6A epitranscriptome on neural development and degeneration", published with @SpringerNature in JBS. Time to learn more #RNA!

[Jun-An Chen 陳俊安 @theJACLab]

Congrats on Shih-Hsin's paper! She describes an uncharacterized MiR34/449 function in the spinal cord circuit! This adds a new function of MiR34/449 to the central nervous system, in addition to its role in cancer r https://t.co/3KJooSyA8z @eLife @SinicaFans @IMBSinica

[Ya-Ping Yen @YaPingYen2]

Review article for the function of miRNA regulation in the developing spinal cord and degeneration. It was published from my current lab #The JAC Lab! EPIC!!!

[Jun-An Chen 陳俊安 @theJACLab]

It is a humbling experience to write a review, with @taihenchen, and to summarize the function of #microRNA during motor neuron development and degeneration in #SMA.

[The Nobel Prize @NobelPrize]

BREAKING NEWS:
The 2019 #NobelPrize in Physiology or Medicine has been awarded jointly to William G. Kaelin Jr, Sir Peter J. Ratcliffe and Gregg L. Semenza “for their discoveries of how cells sense and adapt to oxygen availability.”

[Jun-An Chen 陳俊安 @theJACLab]

Super congrats to @TsenYing and @epeng02's study is selected as cover article @CellStemCell / August 2019 issue! Wonderful drawing created by @YayinTsai1

https://t.co/cWcgxK5xGt

#CellStemCell
#ALS
#MicroRNA

[Jun-An Chen 陳俊安 @theJACLab]

It is good to see my PhD mentor ⁦@Enrique1Amaya⁩ in TSDB/TSSCR again, after 13 years! Enrique, I, and my postdoc ⁦@YaPingYen2⁩ / Kuan-wei are presenting in the same conference, making it a great Avenger team of 3-generation amaya lineage.
#TSDB