RT @physiol_journal: Ready for #APS2025? We recommend adding this Publish with Purpose session to your schedule 🗓️. Saturday April 26 1:15….

RT @APSPublications: Getting geared up for #APS2025? Add this Publish with Purpose session presented by @APSPublications to your schedule….

🔬In this original article from @AlbertaDiabetes, investigators identified #LMAN2 as a candidate regulatory protein that influences #redox-dependent modulation of Kv1.2. 🖱️Delve deeper:

🔹Metabolic disorders like #diabetes & #obesity have numerous adverse health effects, but did you know that #Lymphatic dysfunction is one of them? Investigators from @mumedicine explore this phenomenon in the article below. ▶️Get the full story:

🧬Researchers LaRocca & Lark identified “cell × gene” interactions that can be used to better predict & understand the role of specific #cell populations in organ systems #EV biology. 👉Discover more: #ExtracellularVesicle.#Nanoparticles

This newly published article in @APS_Function highlights the critical role #RNA plays in human #parturition. Discover

#Swallowing is a vital part of the #digestive process, but it is not entirely understood. Researchers from Matsumoto Dental University explore how topical #ATP application facilitates the swallowing reflex. *️⃣Find out more:

💛Today is World #DownSyndrome Day. DeRuisseau et al explore the increased health risks of individuals with Down syndrome in their article "Breathing and Oxygen Carrying Capacity in #Ts65Dn and Down Syndrome". 💙Discover more: @UHSPedu.#Trisomony21

Many people use #antihistimines to lessen the effects of seasonal allergies. But could they be therapeutic against #PDAC? This team of researchers from @nottmhospitals say yes. *️⃣Find out why:

🔬Investigators from @LoyolaCaMP Márquez-Nogueras & Kuo offer an interesting perspective on "Loss of STIM1 and STIM2 in Salivary Glands Disrupts ANO1 Function but Does Not Induce Sjogren's Disease” by Son et al. Read more:

🧬Researchers from @IBGM_es tested the hypothesis that functional coupling between #P2ry6 & #AgtII receptors mediates altered #vascular reactivity in essential #Hypertension. 👉Find out more:

*️⃣Figure in Focus: The schematic representation of the interactions among acinar, ductal, & stellate #cells, & #macrophages during the initiation and intensification of #AcutePancreatitis (Garami & Hegyi). Read more about the future of #pancreatitis care:

🔬This article by Yazhou Zhang et al offers an in-depth exploration of the #epigenetic control of #autophagy in #bone metabolism. *️⃣Find out more: #skeletal.#Homeostasis

🧠In this pioneering work from @UAlberta, investigators identified LMAN2 as a candidate regulatory protein that influences redox-dependent modulation of Kv1.2. ➡️Discover more: #Potassium Channels.#Nervous System

🩸Could your #BloodType hold the key to treating #hypertension? . Researchers from MacKay Memorial Hospital dive into the potential of #Miltenberger blood type in groundbreaking new treatments. 📖 Read the full study now:

This 🆕 research on #periotoneal #dialysis comes to us from Heidelberg University. Molecular & Functional Characterization of the Peritoneal #Mesothelium, a Barrier for Solute Transport. 🖱️Find out more about this life-saving therapy:

🚻 #BiologicalSex plays a role in many physiological processes, but did you know it plays a role in how your #cells move? . Check out how in this article about #MyosinMotors from @SanfordResearch. 🔍Discover:

🔍Figure in Focus: Isolation of the #Ca2+-activated K+ currents in the rod bipolar cells. (A-B) Selection of the rod bipolar cell in the #retinal slice (Park et al). 👁️To learn more about #retinal visual processing, follow this link:

🔬#Mitochondria is the powerhouse of the #cell & #microparticles are secreted when cells talk to each other. Falzoni et al explore how these microparticles interact with the #P2X7 Receptor when cells communicate. Find out more: #inflammation

😴This thought-provoking study from @UChicago demonstrates a link between #SleepApnea, an active sympathetic nervous system (#SNS), and #hypertension. 🛌Read further: