New research by Daniel Z. Kruse (@AarhusUni) and colleagues observes that #piperine disrupts the OFF state of the resting thick filament of rat skeletal #muscle, enhancing dynamic #contractility in a fibre-type-dependent manner 🔎 ⚡️
Read it here!
https://t.co/8H7GOVNIwC
First preprint from my PhD!
https://t.co/FvfLT5Fius...
We show that piperine:
1️⃣ increases ON myosin in resting skeletal muscle.
2️⃣ enhances dynamic contractility 3️⃣ in a muscle-type-dependent manner
@hesselanthony
Do fast cars burn more fuel? What if you swap out the engine? Your muscles work the same way—and in this case, the "engine" is a compound found in black pepper. @DanielZKruse breaks it down on the #ISpyPhysiology blog: https://t.co/EDMUXmpG7b
Just completed our first x-ray diffraction experiments at the PETRA III beamline in Hamburg with @HesselAnthony - what an experience!
Intense night shifts with cool science on sarcomeric structures in skeletal muscle 💪🏼 Can’t wait to get into the results!
We are looking for a PhD student, with an interest in skeletal muscle physiology and stem cell biology, to conduct a trial in elderly subjects. Preferably with an MD background since the trial will involve a number of invasive procedures 🧑🏫 Please share and reach out…
I am looking for fiber mechanics grad students to come join us on a Xray sychrotron beamrun at DESY (Hamburg) during our run late March or APS (Chicago) run in late February. We pay your way. Who wants to join? Worldwide search.
Our latest work on carbohydrate ingestion, muscle metabolism and performance during intense intermittent exercise now online in SJMSS https://t.co/d5G0l5UKiG
Jon Herskind, Kristian Overgaard (Exercise Biology, @AarhusUni_int), @nortenblad, Peter Pedersen (@SDUIOB) and @lab_cheng (@MHRC_YorkU) show how piperine enhances contractile force in slow- and fast-twitch muscle!
📜https://t.co/chgHyBSWMR
Breakfast is a major player in achieving the recommended daily intake of various essential nutrients, and two new studies (https://t.co/VnY3QDn4Ly and https://t.co/6nNtLt3IqG) are helping to shed light on the health implications of breakfast choices.
Happy to open the registration for the 3rd @muskle_school on Musculo-Skeletal system, Locomotion and Exercise 💪🏃♂️🏃♀️
We'll welcome Bachelor (in priority) and Master students on June 2-7, 2024.
Infos and registration: https://t.co/zodroK7NTF
@UnivLyon1 @ENSdeLyon @Univ_St_Etienne
Thorstensson, Larsen, Panduro, Fristrup, Kruse, Gliemann, Egeland, Olesen, Aagaard, Randers, Krustrup, Nybo, Mohr (2023). The recovery of muscle function and glycogen levels following game‐play in young elite male ice hockey players. SJMSS 33: 2457-2469. https://t.co/rbahkabKGe
I’ve just spent a great week visiting @OchDr and his highly skilled group.
I’m very grateful to have observed and been trained in the execution of mant-ATP experiments 🔬
I’m excited to use this method to understand the role of myosin states in skeletal muscle metabolism🦵🏻
First scientific publication ✅
Ice hockey players show great reductions of muscle glycogen and muscle function immediately post match, however, recover completely within 1-2 days 🏒
Proud to be part of this study during my Bachelor’s project 📝
https://t.co/Ayl0OBuikr
Image: disordered-relaxed myosin ATP turnover time is changed in the myofibers of elite-endurance athletes but not strength-trained athletes. @CTALewis, @OchDr et al. @BiomedUCPH investigate how training status influences relaxed #myosin conformations https://t.co/aNRhR0rfG3