👉 Interested in brain imaging too? Our Introduction to fNIRS course takes place the next day, on March 13th.

#Artinis #mNIRS #HDEMG #muscleresearch #workshop

New Special Issue in the Journal of Cachexia, Sarcopenia and Muscle The Role of Fat Tissue and Lipids in Cachexia and Sarcopenia Read it now

Check out the latest Special Issue from the Journal of Cachexia, Sarcopenia and Muscle on The Role of Fat Tissue and Lipids in Cachexia and Sarcopenia.

Explore the collection: https://ow.ly/SROY50YhHQc

#Cachexia #Sarcopenia #MuscleResearch #Metabolism

Transcriptome signatures linked to sex and age in human muscle tissues are not conserved in primary myotubes.
BMC #SkeletalMuscle #MuscleResearch

rdcu.be/e3tL9

Swethaa from our lab, @myofinlab.bsky.social, presented on the advantages of rRNA-depleted RNA-seq over poly(A)+ selection for muscle and neuromuscular disease research at the #fiRNA #RNASalon meeting.

#MuscleResearch #RNAseq #NeuromuscularDisease

🔗 Want to read the full article? Find it here publications.artinis.com/pub...

#NIRS #NeuroResearch #MuscleResearch #Physiology

🔗 Curious to read the full article? Find it here  publications.artinis.com/pub...

#NIRS #MuscleResearch #SportsScience #PortaMon #Artinis

Myogenesis Discussion Group | Neuronatin deficiency impairs soleus and cardiac muscle function in male and female mice - Events - NMD4C Myogenesis Discussion Group: A seminar series on skeletal, cardiac and smooth muscle research held on the last Monday of each month. Presenter: To register please email the event organizers Learn…

Join the last #Myogenesis Discussion Group of the year!
Topic: #Neuronatin deficiency and muscle function with Dr. Jessica Braun, Postdoctoral Fellow, Sylow Lab, University of Copenhagen
Date: Nov 24, 2025
Time: 2–3 PM EST
Learn more: neuromuscularnetwork.ca/MDG_Nov2025

#RareDisease #MuscleResearch

🔗 Learn more about integrating NIRS and HD-EMG in our latest blogpost: www.artinis.com/blogpost-all...

#NIRS #HD_EMG #NeuroResearch #MuscleResearch #Artinis

Join the Myogenesis Discussion Group for an industry talk from Samar Rizvi (Aurora Scientific) on Instrumental Insights in Muscle Physiology Research!

Date: Oct 27, 2025
Time: 2–3pm ET
Learn More: neuromuscularnetwork.ca/MDG_Oct2025

#Myogenesis #MuscleResearch #MuscularDystrophy

#NIRS #fNIRS #BrainResearch #MuscleResearch #Artinis

Antioxidant supplementation blunts the proteome response to 3 weeks of sprint interval training preferentially in human type 2 muscle fibres Abstract figure legend Sprint interval training (SIT) is a popular time-efficient type of endurance training. Healthy young men performed nine SIT sessions (4–6 × 30 s all-out cycling sprints) over 3...

Antioxidant supplements may blunt the muscle proteome response to 3 weeks of sprint interval training, preferentially in human type 2 muscle fibres. #ExerciseScience #MuscleResearch

physoc.onlinelibrary.wiley.com/doi/10.1113/...

Minotaur Stack – Ostarine, Cardarine, Ligandrol & MK-677 Minotaur is a comprehensive research stack that combines four widely studied compounds: Ostarine (MK-2866), Cardarine (GW-501516), Ligandrol (LGD-4033), and MK-677 (Ibutamoren). This powerful blend is...

Unleash the Dynamic Performance Stacked Minotaur — a powerful combination designed for research purposes only, focused on muscle growth, recovery, and performance-related pathways. 💪

Explore the potential:
👉 nutrimaxsarms.com/products/dyn...

#LabOnly #MuscleResearch

🌟 New research identifies Nodal Modulator (NOMO) as a crucial force-bearing transmembrane protein necessary for muscle differentiation. This discovery enhances our understanding of muscle development and could inform future therapies. #CellBiology #MuscleResearch

rupress.org/jcb/article/...

When you get a feeling that someone's watching.. Our summer student making great progress with our AI analyses ❤️💪🔬 #muscleresearch #raredisease #myoblue @myofinlab.bsky.social @folkhalsanresearch.bsky.social

#mNIRS #HDemg #MuscleResearch #Artinis #SportsScience #Neurophysiology

Matthew Rok | PhD Candidate, Cohn & Ivakine Labs Molecular Genetics, University of Toronto, Canada Matthew is a PhD candidate supervised by Dr. Ronald Cohn and Dr. Zhenya Ivakine at the University of Toronto. He investigates the application of CRISPR to correct mutations in the DMD gene which cause Duchenne muscular dystrophy. The direct translation of CRISPR therapeutics is difficult due to sequence differences between mice and humans. His research has thus focused on the development of a mouse with a fully humanized DMD gene to improve the translatability of preclinical in vivo studies. This mouse was successfully generated and subsequently used to produce several dystrophic models with large deletions and duplications as well as small mutations. Talk Title: Development of fully humanized mouse models of Duchenne muscular dystrophy

Join the Myogenesis Discussion Group today for a seminar from Matthew Rok on Humanized Mouse Models for Duchenne muscular dystrophy research! 🧬

🗓️April 28, 2025
⏰2-3pm ET
👉Register at: neuromuscularnetwork.ca/AprilMdG

#MuscleResearch #DMD #CRISPR #RareDisease #BiomedicalResearch #MuscularDystrophy

Muscle|Applications of AAV in Gene Therapy💪💪
This article focuses on the muscle tropism of different AAV serotypes, injection methods for AAV delivery into muscle, and five detailed case studies 👇
www.ebraincase.com/support/lite...

#GeneTherapy #AAV #MuscleResearch #Biotechnology #ViralVectors

Mahi tika ana! Dr Jules Devaux @aucklanduni.bsky.social will solve the paradox of how #bumblebees power the rapid wing movement required for flight, in new #MarsdenFund research 🐝💪✈️

#MuscleResearch #Mitochondria #PowerhouseOfTheCell

www.royalsociety.org.nz/what-we-do/f...