▶️ https://youtu.be/ufco0XpjP7s
#nephron #microanatomy from the #glomerulus → #PCT → #Loop of Henle →# DCT → collecting duct
🧠 Macula densa
🩸 #RAAS regulation
💧 #TGF
🔬 Immersive learning www.abckidney.com
#RenalPhysiology #MedEd #FOAMed #USMLE #NephSky
▶️ https://youtu.be/-uE52jo8X4A
When is #ADH still ⬆️ in #hyponatremia?
Low #EABV overrides osmotic suppression via baroreceptor signaling
🧠 ADH physiology
💧 Hyponatremia
🔬 For immersive educational experience www.abckidney.com
#RenalPhysiology #NephSky #MedEd #FOAMed
▶️ https://ow.ly/paPW50Yry3Q
How do kidneys maintain acid–base balance?
3️⃣ key functions:
🧪 Reclaim filtered bicarb
⬆️ H⁺ secretion
➕ Generate new bicarb
🔬 Immersive learning @ https://ow.ly/6Qbj50Yry3P
#KidneyCure grant awardee
#NephSky #AcidBase #RenalPhysiology #MedEd #FOAMed
▶️ https://youtu.be/xSdJlCPBL2E
Learn how kidneys maintain balance through:
💧 Filtration
🔁 Reabsorption
⬆️ Secretion
🚽 Excretion
Plus endocrine roles:
🩸 EPO
☀️ Vitamin D activation
🫀 Renin
🔬 Immersive learning www.abckidney.com
#NephSky #RenalPhysiology #MedEd #FOAMed #USMLE
▶️ https://youtu.be/ufco0XpjP7s
#nephron #microanatomy from the #glomerulus → #PCT → #Loop of Henle →# DCT → collecting duct
🧠 Macula densa
🩸 #RAAS regulation
💧 #TGF
🔬 Immersive learning www.abckidney.com
#RenalPhysiology #MedEd #FOAMed #USMLE #NephSky
▶️ https://youtu.be/-uE52jo8X4A
When is #ADH still ⬆️ in #hyponatremia?
Low #EABV overrides osmotic suppression via baroreceptor signaling
🧠 ADH physiology
💧 Hyponatremia
🔬 For immersive educational experience www.abckidney.com
#RenalPhysiology #NephSky #MedEd #FOAMed
Glowing digital 'Apply Now' button hovering above a laptop keyboard with a hand cursor icon ready to click.
⚠️Last call!⚠️
Applications for the Martin Frank and Dependent Support travel awards for the 2026 APS Renal Physiology Conference are due TODAY.
Check out https://ow.ly/irjm50YkxH6 for all things #KidneyCamp and get ready for an amazing event June 22-25! 🧪#RenalPhysiology
📷: iStock
📣Got #nephrophobia?
Nephron function from start to finish. 👉https://youtu.be/Pzl12KCBCR0
We walk through the #glomerulus → PCT → Loop of Henle → DCT → collecting duct to explain #nephron basics
#Nephrology #FOAMed #MedEd #RenalPhysiology #USMLE #NephSky
👀www.abckidney.com for immersive learning
🤔 How does the kidney concentrate urine?
https://youtu.be/ClmLa7js51A 👈
Medullary osmotic gradient, countercurrent multiplication, urea recycling & ADH explained
🔥 www.abckidney.com immersive learning
#Nephrology #FOAMed #MedEd #RenalPhysiology #USMLE
📣Got #nephrophobia?
Nephron function from start to finish. 👉https://youtu.be/Pzl12KCBCR0
We walk through the #glomerulus → PCT → Loop of Henle → DCT → collecting duct to explain #nephron basics
#Nephrology #FOAMed #MedEd #RenalPhysiology #USMLE #NephSky
👀www.abckidney.com for immersive learning
🔥Total body water explained step-by-step.
👇👇
👀 https://youtu.be/BTPzgoCfTaY
Learn how #TBW distributes between ICF and ECF & how fluid shifts affect real clinical problems like #hypernatremia. For learners who want physiology to actually make sense.
#FOAMed #Nephrology #MedEd #RenalPhysiology
🤔 How does the kidney concentrate urine?
https://youtu.be/ClmLa7js51A 👈
Medullary osmotic gradient, countercurrent multiplication, urea recycling & ADH explained
🔥 www.abckidney.com immersive learning
#Nephrology #FOAMed #MedEd #RenalPhysiology #USMLE
🔥Total body water explained step-by-step.
👇👇
👀 https://youtu.be/BTPzgoCfTaY
Learn how #TBW distributes between ICF and ECF & how fluid shifts affect real clinical problems like #hypernatremia. For learners who want physiology to actually make sense.
#FOAMed #Nephrology #MedEd #RenalPhysiology
How does acid base physiology translate to real world CKD care?
This new NKF course connects renal physiology with epidemiology and clinical trial data on metabolic acidosis and offers practical recommendations.
bit.ly/4k6R9KF
#CKD #RenalPhysiology #MedEd
⏳ Last chance to share your research!
The Control of Renal Function in Health and Disease Conference abstract deadline is now Feb 23, 2026. Submit your work and join the conversation: https://ow.ly/lqlh50YcirX
#AJPRenal #RenalPhysiology
🔥#renalphysiology basics : how kidneys regulate water balance & #ADH controls serum #osmolality & urine concentration — #homeostasis
👀 www.abckidney.com 👈 for a more immersive experience
#MedEd #NephSky
▶️ https://youtu.be/zdAViihSHIQ
🔥New #renalphysiology video: how kidneys regulate water balance & #ADH controls serum #osmolality & urine concentration — clinical connections to #dysnatremia
👀 www.abckidney.com for a more immersive experience
#MedEd #NephSky #homeostasis
▶️ https://youtu.be/zdAViihSHIQ
🧂 Total Body Sodium 101
https://youtu.be/xY6VjWZquKk
Short, visual renal physiology teaching—FOAMed style.
🔬 An ABC Kidney teaching series
🌐 www.abckidney.com for interactive learning!
#FOAMed #Nephrology #RenalPhysiology #MedEd #KidneyEducation #Electrolytes
We’re pleased to announce that registration is now open for the UCL Applied Renal Physiology Course 2026.
🗓️ 13–15 May 2026
📍 In person, London
🔗 Book now: www.ucl.ac.uk/short-course...
#RenalPhysiology #Nephrology #MedicalEducation #UCL
⏰DEADLINE TODAY.....
📢Now accepting applications for Editor-in-Chief of #AJPRenal!
Help shape the future of renal research and lead a respected journal in the field.
💻Apply now or share with a colleague who’d be a great fit.
🔗 ow.ly/CEy650VSNBo
#RenalPhysiology
⏰TIME IS RUNNING OUT.....
📢Now accepting applications for Editor-in-Chief of #AJPRenal!
Help shape the future of renal research and lead a respected journal in the field.
💻Apply now!
🔗 ow.ly/aYI150VSNwX
#RenalPhysiology
📢Now accepting applications for Editor-in-Chief of #AJPRenal!
Help shape the future of renal research and lead a respected journal in the field.
💻Apply now or share with a colleague who’d be a great fit.
🔗 ow.ly/cW3a50VRH79
#RenalPhysiology
📢Now accepting applications for Editor-in-Chief of #AJPRenal!
Help shape the future of renal research and lead a respected journal in the field.
💻Apply now or share with a colleague who’d be a great fit.
🔗 ow.ly/cW3a50VRH79
#RenalPhysiology
🩸 Kidney Oxygen Sensing 🏥
The kidneys regulate EPO based on oxygen levels. In #CKD, impaired sensing leads to anemia. 🏗️ Proximal tubule hypoxia plays a key role, while #HIF and #SGLT2i therapies may restore EPO production. #RenalPhysiology #Anemia
academic.oup.com/ndt/article/...
@theisn.org
