Xiaojing Cong

Computational biophysicist/chemist in #GPCR #DrugDesign and #olfaction @GranierMouillac Lab

[Xiaojing Cong @XiaojingCong]

Feeling great 😀

[ERNEST - A Research Network on Signal Transduction @ErnestNetwork]

Huge congratulations to all the prize winners of #ernest6!! 🏆🥳 @KristinaPuls @ProkopSC @nilcm9 @GahbauerStefan @XiaojingCong

[Xiaojing Cong @XiaojingCong]

Feeling proud and inspired to be in one of the world's top research institutions, @CNRS!

[Jacques Maddaluno @jmaddalu]

Journée des entrants du @CNRS aujourd’hui au Beffroi de Montrouge. Bienvenue aux jeunes collègues qui reprennent le flambeau et poursuivent la course des savoirs !

[Michael J. Robertson @BiophysicsGuy]

Big day for OB/GYN! Huge congratulations to @JGMeyerowitz et al. on the first active state structure of oxytocin receptor!
https://t.co/a13BUzWnLC

[D. E. Shaw Research @DEShawResearch]

Our article “How does a small molecule bind at a cryptic binding site?” has been published in PLOS Computational Biology. https://t.co/dOpSWa6tTn

[Nature Chemical Biology @nchembio]

An editorial in our March issue discusses how advances in cryo-EM and computational tools have provided new insights into the basis of GPCR–effector interactions: https://t.co/3krepbHRR6

[ACS Central Science @ACSCentSci]

#ASAP Machine learning to pair odorants with receptors by chemical similarity & protein sequence. This study by @XiaojingCong, Jérôme Golebiowski & team @Univ_CotedAzur  provides the largest database to date & a knowledge-driven solution to data scarcity: https://t.co/V6I4XAIr6T

[Xiaojing Cong @XiaojingCong]

Just out:
our work on predicting protein-ligand pairs in #olfaction with #machinelearning proteichemometrics,
+ the largest #database of #odorant-#odorrecepetor pairs !
@JodyPacalon
https://t.co/pfeCC16Du1

[Max Bonomi @BonomiMax]

Registration is open for the @cecamEvents workshop “20 years of Metadynamics”.
September 5-8 2022, Lausanne (CH). Organized by @GroupParrinello, Alessandro Laio,
@BussiGio, @gervasiolab, @evi_gkeka, and myself #compchem #cecam #compBio More info here:
https://t.co/EGFExV30B3

[Xiaojing Cong @XiaojingCong]

Excited to share our study on the relaxin receptor RXFP1:
https://t.co/KeD7SLHgFU

Congrats @SarahErlandson for the fascinating structures and insights!

[Xiaojing Cong @XiaojingCong]

@GranierMouillac lab delighted to host the brillant PhD students of @ONCORNET1 in the Institute of Functional Genomics Montpellier. Having a great dinner time after the training today!
@OmoladeOtun

[Xiaojing Cong @XiaojingCong]

Feeling inspired and motivated at the 5th @ErnestNetwork #SignalTransduction meeting. Great to meet the colleagues in person !!

[GPCR complex @GPCRcomplex]

Interesting article "Allosteric modulators enhance agonist efficacy by increasing the residence time of a GPCR in the active state" (via #pubmedontap) https://t.co/qiur9Ffc6l

[Xiaojing Cong @XiaojingCong]

@AntonioMonari @ItodysC @ITODYS_lab @Univ_Paris Congrats!!

[BryanRoth @zenbrainest]

Congrats!!

[CNRS 🌍 @CNRS]

#Communiqué 🗞️ | Des scientifiques ont identifié les rouages moléculaires à l’origine des voies de signalisation impliquées dans la réduction de la douleur. Ces résultats ouvrent la voie au développement d’#opioïdes dénués d’effets secondaires. 💊

➡️ https://t.co/B4C8F2pGQW

[Inserm @Inserm]

Les #opioïdes ont révolutionné le traitement de la #douleur, mais ils sont aussi associés à une "épidémie" d'overdoses. Une étude ouvre de nouvelles pistes pour parvenir à terme au développement d’opioïdes dénués d’effets secondaires.

➡️https://t.co/QqipNS98C9

[Molecular Cell @MolecularCell]

Online Now: Molecular insights into the biased signaling mechanism of the μ-opioid receptor https://t.co/OLxyFzCV7v