WickmanLab's profile picture. We study cell signaling in the heart and brain and are always looking for new team members!

WickmanLab

@WickmanLab

We study cell signaling in the heart and brain and are always looking for new team members!

WickmanLab reposted

Our systematic investigation of G protein coupling profiles of 100+ #GPCRs driven by the one and only Ikuo Masuho is out after ~10 years of work. We see many interesting patterns with the help of AI. Check it out- there is a useful reference table. doi.org/10.1016/j.celr…

KLabGPCR's tweet image. Our systematic investigation of G protein coupling profiles of 100+ #GPCRs driven by the one and only Ikuo Masuho is out after ~10 years of work. We see many interesting patterns with the help of AI. Check it out- there is a useful reference table. 
doi.org/10.1016/j.celr…

WickmanLab reposted

Thank you Dr. Amy Arguello for speaking in our MDT on Addiction seminar series on November 7th & sharing your research with our team. Your presentation titled, “Adolescent drug use and relapse-like behavior” was very informative. @UMN_MDTA

UMN_MDTA's tweet image. Thank you Dr. Amy Arguello for speaking in our MDT on Addiction seminar series on November 7th & sharing your research with our team. Your presentation titled, “Adolescent drug use and relapse-like behavior” was very informative. 
@UMN_MDTA

WickmanLab reposted

So glad to see this out! Dual-polarity voltage imaging—a multi-year, multi-lab effort to unveil the concurrent dynamics of multiple cell types in awake animals. In collaboration with @ganeshvasanc, Schnitzer lab, @ChengHuangThu, @jess_cardin, @vpieribone science.org/doi/10.1126/sc…


WickmanLab reposted

A @NatureBiotech paper presents a method called EEL FISH that profiles spatial transcriptomes in single cells in large, complex tissue samples. go.nature.com/3Rfr1NJ

NaturePortfolio's tweet image. A @NatureBiotech paper presents a method called EEL FISH that profiles spatial transcriptomes in single cells in large, complex tissue samples. go.nature.com/3Rfr1NJ

WickmanLab reposted

Laboratory of Structural Biology of Disease led by Fang Li, PhD has published a new paper in PNAS, which offers evidence for possible animal origin of the COVID-19 omicron variant. med.umn.edu/news-events/re…

MPaT_PHCL_UMN's tweet image. Laboratory of Structural Biology of Disease led by Fang Li, PhD has published a new paper in PNAS, which offers evidence for possible animal origin of the COVID-19 omicron variant. 
med.umn.edu/news-events/re…

WickmanLab reposted

Wow from @miketadross "we demonstrate robust, bidirectional editing of chemical neurotransmission. We provide for distribution of validated reagents, community design principles, and synthetic building blocks for application to diverse pharmaceuticals." biorxiv.org/content/10.110…


WickmanLab reposted

Big wins for MPaT students Apoorva & Adidti in the 3-Minute Thesis competition. Adidti Bapat took 3rd place🏆! Apoorva Limaye took 1st place🏆 with her talk "Unraveling protein dynamics to facilitate rational drug designing" & moves on to the University-wide competition in Nov.!

MPaT_PHCL_UMN's tweet image. Big wins for MPaT students Apoorva & Adidti in the 3-Minute Thesis competition. Adidti Bapat took 3rd place🏆! Apoorva Limaye took 1st place🏆 with her talk "Unraveling protein dynamics to facilitate rational drug designing" & moves on to the University-wide competition in Nov.!

WickmanLab reposted

A game changer for neuroscience: MRI with millisecond precision. Out now in @ScienceMagazine science.org/doi/10.1126/sc…


WickmanLab reposted

Student Spotlight: Anisha Adke is starting her first year of PhD in the Molecular Pharmacology and Therapeutics Graduate Program. She has been a leader in our program’s M1/M2 antiracism education series. Keep up the good work!

UMNMSTP's tweet image. Student Spotlight: Anisha Adke is starting her first year of PhD in the Molecular Pharmacology and Therapeutics Graduate Program. She has been a leader in our program’s M1/M2 antiracism education series. Keep up the good work!

WickmanLab reposted

A new RNA-editor invented by @DukeNeuro’s Josh Huang let's scientists monitor + manipulate brain cells w/ unprecedented selectivity and ease. It might also be an effective route to treat complex diseases like epilepsy or cancer (reported in @Nature today). today.duke.edu/2022/10/new-rn…

today.duke.edu

New RNA-Based Tool Can Illuminate Brain Circuits, Edit Specific Cells | Duke Today

New RNA-Based Tool Can Illuminate Brain Circuits, Edit Specific Cells | Duke Today


WickmanLab reposted

We (with @azayhara and @hongyu_chang ) wrote a mini-review on recent advances in optogenetics: integrated opto-electrodes for near cell resolution stimulation, closed-loop manipulations,etc. We discuss new exciting types of experiments this tech enables. cell.com/trends/neurosc…


WickmanLab reposted

Meet Dr. Martha Streng. @geewhiz_ephys is a postdoctoral fellow in the Krook-Magnuson lab st U. of Minnesota. Her research is focused in cerebellar interventions for temporal lobe epilepsy.

SPINEPhilly's tweet image. Meet Dr. Martha Streng.  @geewhiz_ephys is a postdoctoral fellow in the Krook-Magnuson lab st U. of Minnesota.  Her research is focused in cerebellar interventions for temporal lobe epilepsy.

WickmanLab reposted

#UMNProud of Dr. Brian Trieu (PhD 2022)!

Brian has also helped to create a more equitable environment in academia through different efforts, two of which include developing a mentorship program for URM students and serving on his PhD program’s first DEI committee. Good luck in clinic, Brian!

UMNMSTP's tweet image. Brian has also helped to create a more equitable environment in academia through different efforts, two of which include developing a mentorship program for URM students and serving on his PhD program’s first DEI committee. Good luck in clinic, Brian!


WickmanLab reposted

Rejuvenation of the aged brain immune cell landscape in mice through p16-positive senescent cell clearance ift.tt/FElZfXG


WickmanLab reposted

New Research: DNA methyltransferase activity in the basolateral amygdala is critical for reconsolidation of a heroin reward memory: The persistence of drug memory contributes to relapse to drug seeking. The association between… frontiersin.org/articles/10.33… #Molecular #Neuroscience


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