Correct answer: ✅ D) Nephron Let’s go step by step and clarify why the nephron is the correct choice and why the others are not. 🧠 Core concept The kidney performs three essential functions to form urine: 1. Filtration 2. Reabsorption 3. Secretion 👉 The single structural and functional unit that carries out all three processes together is the nephron. 🔬 Why Nephron is correct A nephron is a complete working unit of the kidney and consists of: 1️⃣ Renal corpuscle Glomerulus Bowman’s capsule Site of filtration 2️⃣ Renal tubule Proximal tubule: bulk reabsorption (Na⁺, glucose, amino acids, water) Loop of Henle: urine concentration Distal tubule & collecting duct: fine-tuning via reabsorption and secretion ✔️ Therefore, filtration reabsorption secretion all occur within the nephron. ❌ Why the other options are wrong A) Glomerulus ❌ Performs filtration only Does not handle reabsorption or secretion It is just one part of the nephron B) Medulla ❌ A region of the kidney Contains loops of Henle and collecting ducts Not a functional unit by itself C) Cortex ❌ Another anatomical region Contains glomeruli and convoluted tubules Still not a functional unit 📌 High-yield comparison StructureFunction GlomerulusFiltration only CortexKidney region MedullaKidney region NephronFiltration Reabsorption Secretion ✅ 📝 Exam pearl > The nephron is the smallest unit capable of performing all kidney functions. ✅ Final Answer: D) Nephron

New Benchmarks in Airway Function and Disease Modeling 🫁 👉t1p.de/m553s Dr. Janna Nawroth and her team at the Pioneer Campus at #HelmholtzMunich have uncovered critical differences between human and rodent airways, reshaping respiratory research. 🔬By mapping mucociliary clearance (#MCC) and refining in vitro cultures, they’ve established new benchmarks for more accurate disease models. 💡Their work reveals key species-specific variations and highlights flaws in existing models, offering new pathways to improve treatments for diseases like #asthma, #COPD, and #cysticfibrosis. @PioneerCampus #MucociliaryClearance #RespiratoryHealth #Biomechanics #Cilia #NatureCommunications #StructureFunction

#RNAbindingproteins (RBPs): it’s Day 2⃣ of the #EMBLRBP meeting! Session 2 on #StructureFunction of RBPs is about to start! Looking forward to all the enlightening talks! @EMBLEvents

Fantastic Keynote Lecture by Jenny Van Eyk @1jvaneyk at #CardiacMuscleSociety ➡️ #StructureFunction from organ level #Prot to single cell #Proteomics of #cardiomyocytes and #SANcells ⚡️⚡️@SmidtHeart @CedarsSinaiMed #MassSpect

More great #structurefunction work from @ChandaLab06 & Lucie Delemotte labs. #HCN #ionchannels #propofol #anaesthesia #VSD #voltagesensing #moleculardynamics

V useful protein #aminoacid sequence & 3D visualisation tool from Drs. Alessandra Picollo & Michael Pusch. #MDsimulations #proteinfolding #Alphafold #structurefunction

A structural analysis reveals species-specific differences in how the antibody #ImmunoglobulinE binds to its receptor Fc-epsilon-RI and could inform research into improved inhibitors of IgE-mediated allergic responses. @UTokyo_News_en #StructureFunction scim.ag/3ZxbUFf

A new structural analysis reveals species-specific differences in how the antibody #immunoglobulinE binds to its receptor Fc-epsilon-RI and could inform research into improved inhibitors of IgE-mediated allergic responses.@UTokyo_News_en #StructureFunction scim.ag/3ZxbUFf

A new study casts light on the structure and function of #GPR6—a #GPCR emerging as a key player in #ParkinsonsDisease—and provides clues that could guide future research and the rational design of more selective drugs. @USCBridge #StructureFunction scim.ag/3ZiEhHh

A new structural analysis reveals species-specific differences in how the antibody #immunoglobulinE binds to its receptor Fc-epsilon-RI and could inform research into improved inhibitors of IgE-mediated allergic responses.@UTokyo_News_en #StructureFunction scim.ag/3ZxbUFf

A new study casts light on the structure and function of #GPR6—a #GPCR emerging as a key player in #ParkinsonsDisease—and provides clues that could guide future research and the rational design of more selective drugs. @USCBridge #StructureFunction scim.ag/3ZiEhHh

Structure–Function Insights into Thermoresponsive Copolymers as Lanthanide Precipitants | Journal of the American Chemical Society @abigailsknight @uncchemistry @knightgroupUNC @UNC #StructureFunction #Thermoresponsive #CoPolymers #Ln #Precipitants pubs.acs.org/doi/10.1021/jac…

Great #structurefunction work from @ElectrosomeUCSF's lab & collaborators. May even provide a better way to detect #redtide shellfish #toxins. #venoms #PSP #seafood #sodium #ionchannels #patchclamp #planarpatch #QPatchCompact #ephys #electrophysiology #saxitoxin #saxiphilin

Day 3 of #GRC #IonChannels is off & running. Prof. Kenton Swartz @NIH kicks things off w/ Prof Dan Minor @ElectrosomeUCSF talking on "#Electrosomes: Some Assembly Required" #ephys #electrophysiology #patchclamp #structurefunction #cryoEM

Great paper & nice visualization @ntoniosPantazis - congratulations to you & lab. #calcium #CACNA1B #CaV #ionchannels #Gbetagamma #Gprotein #GPCR #structurefunction #actionpotential

I've posted most of my instructional materials for #MicrobialEcology on FigShare, feel free to look and use in your classrooms! figshare.com/collections/Mic… A few more fun #teamLearning exercises found here, topics include #biogeography, #structureFunction, #CountingTheUncountable

Cav1.3 - an old favourite of mine. #Ltype #calcium #ionchannels #VGCC #VDCC #structurefunction #ephys #patchclamp

Nice #TRPV1 paper from Tamara Rosenbuam & colleagues. #ionchannels #structurefunction #singlechannel #ephys #electrophysiology #patchclamp

V nice review of #sodium #ionchannel #structurefunction studies defining #drug binding sites. #ephys #electrophysiology #patchclamp #planarpatch #drugdiscovery #drugdevelopment

Great work - congratulations @TobiasRaisch, @mpimoph & all involved. #cryoem #structurefunction #potassium #Slo1 #ionchannels #ephys #electrophysiology #patchclamp