Jie Yang

Assistant Professor @UVA

[Jie Yang @_JieYang]

Thrilled to share that I will be joining the Faculty of UVA this August. We’re seeking enthusiastic candidates at all levels to join our team. If you’re interested, please reach out.

[bioRxiv Molecular Biology @biorxiv_molbio]

Human SerRS/SIRT2 complex structure reveals cross regulation between translation and NAD+ metabolism https://t.co/hu7XmfK48G #biorxiv_molbio

[Jie Yang @_JieYang]

The first structure of the complete human ClpXP complex. Congrats!

[Lander Lab @LanderLab]

The human mitochondrial ClpXP is uniquely assembled and regulated compared to its bacterial counterparts. Congrats to Kelly Chen on her years of hard work on this challenging complex! https://t.co/77epZBAIpV

[Lander Lab @LanderLab]

Jie has an amazing knack of identifying incredibly cool biological systems that give rise to unexpected, impactful findings! Anyone lucky enough to join his group at UVA will receive outstanding mentorship while pursuing inspiring, top-tier research! Please Retweet

[Jie Yang @_JieYang]

@LanderLab @chriszerio congrats!

[Jie Yang @_JieYang]

@Mito_Crue @nlmeier76 @WilsonLab Congratulations, Oleh! Well deserved!

[Jie Yang @_JieYang]

@albertssong @UCSDRadRes @EvanMakes @HsiaoMDPhD @theIIMD Congratulations, Albert!

[Jie Yang @_JieYang]

@Kannan9900 Many studies have shown that specific mito stresses can regulate the NLRP3 inflammasome activation. It's intriguing to investigate further whether the mito stress sensor protein DELE1 could potentially play a role in the NLRP3 inflammasome pathway in innate immune cells.

[Lander Lab @LanderLab]

Mitochondrial stress causes DELE1 to form a large signaling scaffold that activates the integrated stress response. Congrats @_JieYang for initiating this project several years ago, and our amazing collaborators in the @LabWiseman and @KampmannLab labs! https://t.co/pqzZrB7dKz

[Lander Lab @LanderLab]

Looking for a postdoc to take on cryoEM studies exploring how small molecules impact E3 ligase conformation and substrate binding (a la https://t.co/A1JvOSdsvN). Send an email w/ CV to [email protected]
please retweet

[bioRxiv @biorxivpreprint]

DELE1 oligomerization promotes integrated stress response activation https://t.co/dp3R499puB #bioRxiv

[Jie Yang @_JieYang]

@inflammgenetics @cwrumstp Congratulations!