Air AnatomyWelcome to this comprehensive neuroanatomy session on the Thalamus, the central relay station of the brain. In this 30-minute video, we will explore the thalamus in detail, breaking down its anatomy, connections, blood supply, and clinical significance in an easy-to-understand format.
π― Perfect for: βοΈ Medical & Allied Health Students βοΈ Neurology Residents βοΈ Anatomy Enthusiasts
π¬ Donβt forget to like π, comment π¬, and subscribe π for more focused anatomy lessons! π’ Share this video with your friends who love learning anatomy the smart way!
π§ Thalamus: Structure, Connections, and Clinical Relevance | Detailed 30-Minuteβ±οΈ Anatomy LectureAir Anatomy2025-06-12 | Welcome to this comprehensive neuroanatomy session on the Thalamus, the central relay station of the brain. In this 30-minute video, we will explore the thalamus in detail, breaking down its anatomy, connections, blood supply, and clinical significance in an easy-to-understand format.
π― Perfect for: βοΈ Medical & Allied Health Students βοΈ Neurology Residents βοΈ Anatomy Enthusiasts
π¬ Donβt forget to like π, comment π¬, and subscribe π for more focused anatomy lessons! π’ Share this video with your friends who love learning anatomy the smart way!
#Thalamus #thalamusnuclei #Neuroanatomy #AnatomyLecture #ClinicalAnatomy #MedicalEducationCircle of Willis?? Or a Polygon of Willis!Air Anatomy2025-06-28 | Is it really a Circle of Willis? Or is it the "Polygon of Willis"?
Join me to explore the anatomy, terminology, and significance of this vital arterial circle at the base of the brain - both from a diagrammatic, theoretical and a practical point of view
In this video, weβll: β Examine the classic configuration of the Circle of Willis β Understand its components: ACA, ACoA, ICA, PCA, PCoA β Discuss why calling it a polygon may not be accurate β Visualize the structure using diagrams and simplified explanations
0:00 Intro and Drawing the circle 6:34 Defining the polygon 8:00 Revise 9:20 Circle of Willis on the brain 10:20 Specimen photograph to wrap upOur Bodys Stress π° Response: The HPA Axis Explained! β‘Air Anatomy2025-06-26 | Ever wondered what happens inside your body when you're stressed? π° Dive into the understanding the Hypothalamic-Pituitary-Adrenal (HPA) Axis β your bodyβs central stress response system! π
#HPAaxis #StressResponse #Neuroanatomy #Endocrinology #Cortisol #anatomyeducationπ§ Lamina Terminalis & Anterior Third Ventricle | Neuroanatomy Simplified! π§ Air Anatomy2025-06-23 | In this video, we explore the Lamina Terminalis, a crucial landmark forming the anterior wall of the third ventricle, and its anatomical relations in the brain. π Topics Covered: βοΈ Anterior commissure βοΈ Lamina Terminalis βοΈ Optic Chiasma βοΈ Supra optic recess βοΈ Infundibular recess Objectives βοΈ Understand its boundaries βοΈ Identify in T2 and T1 MRI βοΈ Understand its surgical, functional and embryological significance!
β±οΈ Timestamps:
00:00 - Introduction and Quiz! 00:40 - Lamina terminalis and 6 nearby areas 04:27 - T2W MR image 05:30 - T1W MR image 07:34 - Surgical importance - Fenestration of LT 08:17 - Embryologic significance - Anterior neuropore! 08:40 - Functional Significanceπ§ Medial Surface of the Cerebrum - Part 2 | Neuroanatomy Made Easy! πAir Anatomy2025-06-21 | π₯ See Part 1 Here: youtu.be/cnmWD1bM_Yw?si=9peJcrW2cTCdmMZW
π― Build your neuroanatomy concepts with clear explanations and easy-to-follow visuals! β±οΈ Timestamps:
00:00 - Introduction and Recap 00:26 - Parieto occipital, calcarine 01:12 - Lazy "Y" sign 01:30 - Cuneus, Precuneus and Lingual gyrus 02:15 - Sub parietal sulcus 02:40 - Isthmus of cingulate gyrus 03:03 - Medial Frontal gyrus 03:20 - Gyrus rectus 03:42 - Para terminal area 04:32 - Poles of the brain 04:50 - Uncus 06:07 - Parahippocampal gyrus 07:04 - Rhinal and collateral sulcus 07:55 - Occipito Temporal sulcus and Fusiform gyrus 08:58 - Quick summary in 2 Minutes!
#neuroanatomymadeeasy #neuroanatomy #neuroanatomia #cerebrumπ§ Medial Surface of the Cerebrum - Part 1 | Neuroanatomy Made Easy! πAir Anatomy2025-06-14 | In this video, we explore the medial surface of the cerebrum in detail. This is Part 1 of our series where we break down essential brain structures to help you visualize, understand, and remember them easily. Perfect for medical, dental, and allied health students!
π― Build your neuroanatomy concepts with clear explanations and easy-to-follow visuals! β±οΈ Timestamps:
00:00 - Introduction and overview 00:40 - Corpus Callosum 02:07 - Septum Pellucidum 02:32 - Fornix 02:56 - Callosal Sulcus 03:09 - Cingulate Gyrus 03:30 - Cingulate Sulcus 03:54 - Pars Marginalis of Cingulate sulcus 04:35 - Paracentral Lobule
π Donβt forget to Like, Share, and Subscribe for more anatomy content! ποΈ Hit the bell icon to stay updated with the next parts of this series! π Tags:
#Neuroanatomy #MedialSurface #Cerebrum #CorpusCallosum #SeptumPellucidum #Fornix #CingulateGyrus #CingulateSulcus #ParacentralLobule #AnatomyLecture #BrainAnatomy #MedicalEducation #AnatomyForStudents #NeuroanatomyMadeEasyπ« INTERCALATED DISCS EXPLAINED in JUST 3 MINUTES! β±οΈ | Heart AnatomyAir Anatomy2025-04-27 | π Hello fellow anatomy enthusiasts! Today we're diving deep into one of the most fascinating structures in the human heart - the intercalated discs! β€οΈβπ₯
π¬ These specialized cell junctions connect individual cardiac muscle cells to create a synchronized electrical and mechanical network.
π We'll explore:
How do these zigzag structures provide mechanical strength πͺ The gap junctions that allow electrical impulses to flow between cells β‘ The adherens junctions and desmosomes that hold cardiac cells together π Why are these structures CRUCIAL for your heartbeat to remain coordinated π
β€οΈ Hit subscribe for more fascinating anatomy content, and let me know in the comments what other cardiac structures you'd like to learn about! β€οΈ #Anatomy #CardiacPhysiology #MedicalScience #HeartHealth #Biology #intercalateddiscAzygos lobe π« Anatomy - IN THREE 3οΈβ£ MINUTES βAir Anatomy2025-03-24 | Ever spotted a sneaky line β‘οΈ on a chest X-ray? π«π It could be the fascinating azygos lobe! π«π΅οΈββοΈ
On a chest X-ray, it can look like a fine line crossing the top of the right lung. π On a CT scan, you can see the vein and the fissure more clearly. It's important not to mistake it for something else, like a lung mass!
A short video teaching about the imaging findings of azygos lobe anomaly and its anatomical basis
#anatomy #radiology #anatomylecture #azygosWhy trachea π« is deviated to RIGHT β¬ οΈπ€β In TWO 2οΈβ£ MINUTESAir Anatomy2025-01-01 | Hey there, anatomy enthusiasts! π Ever wondered why the trachea, our windpipe, sometimes decides to take a little detour to the right? π€ Let's dive into the fascinating reasons behind tracheal deviation in just two minutes! π¨
0:00 Intro 0:14 Trachea slightly to right! Diagram and CT 0:37 Why is it drifted to right? 1:16 What if aortic arch is on right? 1:43 Marked deviation of trachea
#trachea #anatomy #basics Erratum: At 1:56-157 please correct it as "....pulmonary fibrosis, which pulls it...." instead of pushes it..Metachromasia - In THREE 3οΈβ£ MINUTESAir Anatomy2024-12-07 | In this short video I explain the phenomenon of Metachromasia and the physics behind it!
#histology #histologiaGuyons canal | In FIVE MINUTESAir Anatomy2024-11-17 | In this video, we explore Guyon's Canal, an important anatomical region for potential ulnar nerve entrapment. Using a chalkboard demonstration and surface anatomy on the wrist, we identify key landmarks such as the pisiform bone and hook of hamate.
You'll learn: The boundaries of Guyon's canal The structures passing through it Clinical implications of ulnar nerve compression.
Perfect for medical students, anatomy enthusiasts, and healthcare professionals! Don't forget to like, share, and subscribe for more engaging anatomy content.
π Keywords: Guyon's Canal, Ulnar Nerve, Wrist Anatomy, Ulnar Nerve Entrapment, Surface Anatomy, Clinical Anatomy #guyonscanal #UlnarNerve #AnatomyTutorials #MedicalEducationMacewens Triangle π in just THREE minutes! β±οΈAir Anatomy2024-10-13 | This key anatomical landmark, also known as the Suprameatal Triangle, is a must-know for Anatomy and ENT! π
Let's explore this high-yield topic together! #anatomylecture
#ENT #MacewensTriangle #SuprameatalTriangle #medicaleducation4οΈβ£ Types of epiphysis 𦴠#anatomy #anatomylectures #osteology #medicalstudentAir Anatomy2024-10-11 | ...Types of Epiphysis 𦴠| In FIVE 5οΈβ£ MinutesAir Anatomy2024-10-06 | Pressure, traction, atavistic and aberrant epiphysis - everything explained with clarity in 5 minutes
#anatomylectures #anatomy
0:00 - Intro 0:35 - Pressure epiphysis 1:27 - Traction epiphysis 2:38 - Pressure Vs Traction 3:24 - Atavistic epiphysis 4:00 - Aberrant epiphysis 4:49 - SummarySIDE (LeftπOR Rightπ) of SCAPULA | IN TWO minutes!Air Anatomy2024-10-05 | Using graphics and intuitive gestures, I explain in TWO Minutes, how to identify the side of the scapula.
Video credits: Ms Joanna Jis Doris
Bone model credits: Cory Henderson, UNCG Imaging Lab University of North Carolina at Greensboro. Model licensed through CC BY 4.0 creativecommons.org/licenses/by/4.0πΆββοΈ The Tell-Tale Waddle | Trendelenburg Sign | in FIVE 5οΈβ£ Minutes!Air Anatomy2024-10-04 | Ever wondered why someone might waddle when they walk? π€ This quick 5οΈβ£-minute video breaks down the Trendelenburg sign, revealing the secrets of your hip abductor muscles and how weakness can lead to that characteristic gait. Let's get hip to it! π
#TrendelenburgSign #Gait #HipAbductors #Anatomy #Physiotherapy #MedicalEducationSynovial Joints - IN FIFTEEN MINUTES!Air Anatomy2024-10-02 | Learn all about synovial joints in 15 minutes! Using animated PowerPoints and clay models, every joint type and movements are illustrated For ease the lecture is divided into chapters. Older (Archaic) names of joint types that are not much used are put in Parenthesis
0:00 - Intro 0:05 - Definition of joints 0:49 - Functions 1:53 - Classification of Joints 3:10 - Typical Synovial joint 5:44 - Classification of Synovial joints 6:52 - Ball and Socket joint/ (Spheroid joint) 8:44 - Hinge Joint (Ginglymus joint) 10:25 - Pivot joint (Trochoid joint) 12:00 - Gliding joint/Plane synovial (Arthroidal joint) 12:32 - Ellipsoid/Condyloid joint 15:03 - Saddle/ Sellar jointCartilaginous joint | IVD or Humeroulnar | In THREE MinutesAir Anatomy2024-08-18 | Which is a cartilaginous joint? In THREE MinutesZona Pellucida | IN THREE MINUTESAir Anatomy2024-08-18 | What is Zona Pellucida? Where is it? What is the Oocyte Cumulus Complex? Learn in THREE MINUTES!
(Error in the video: I mistakenly named the image as scanning electron microscopy. It is "microscopy with Hoffman modulation contrast system at magnifications of 200Γ."Overview of Midbrain - with AnaVU (developed by IIITH with radiology input from SCTIMST)Air Anatomy2024-07-29 | Utilizing AnaVu - a novel 3D teaching tool to teach anatomy and radiological anatomy AnaVu (developed by IIITH with radiology input from SCTIMST and anatomy domain input from GMCT), I teach the basic subdivisions and overview of Midbrain. This tool also provides an opportunity to teach in stereoscopy with appropriate hardware. This technology development was funded by SERB, Govt of India.
The class was recorded at the Digital classroom - International Institute of Information Technology, Hyderabad
Thanks to Prof. Jayanthi Sivaswamy, IIIT, Hyderabad (PI) and Prof. Kesavadas, SCTIMST (PI) for the project.Quadriceps and quadratusAir Anatomy2024-06-17 | ...Pen ποΈ test | In ONE π MINUTE #anatomyAir Anatomy2024-03-19 | Pen test | In ONE π Minute The carpal tunnel syndrome is one of the most common peripheral nerve entrapments. Though it can present with predominant sensory symptoms, chronic cases can cause motor involvement. The "pen test" is performed to assess the integrity of the Abductor Pollicis Brevis muscle (APB) which is supplied by the Median nerve after it traverses the carpal tunnel. Acknowledgement : Dr JisuSecretomotor innervation of Parotid | In FIVE 5οΈβ£ π MINUTESAir Anatomy2024-03-14 | Visually learn the concept of innervation of parotid gland Mnemonic : IGTTLOA
See also FREY'S SYNDROME : youtu.be/X6suzXncV9wFreys Syndrome Explained in 5π§ 5οΈβ£π Minutes!Air Anatomy2024-03-12 | π₯ EVERYTHING You Need to Know About This Fascinating Facial Condition! π₯ Ever wondered why some people sweat when they eat? ππ¦ This video breaks down the mind-blowing science behind Frey's Syndrome in just 5 MINUTES! Learn about the bizarre "gustatory sweating" phenomenon that happens after parotid surgery!
Discover: β The EXACT nerve pathways involved β Why your face might turn RED while eating πIs Spine and Spinal cord the same? #anatomy #basics #biologyAir Anatomy2024-02-18 | #spine #basics #spinalcord
See π CAUDA EQUINA, CONUS MEDULLARIS and FILUM TERMINALE youtu.be/O2hLvXUBv5o?si=kd12df_dd2CQOI7VAUTONOMIC ganglia | In FIVE MinutesAir Anatomy2024-02-11 | In this short video I explain what is autonomic ganglia and about the pre ganglionic and post ganglionic fibres. I also explain what is the thoraco lumbar and craniosacral outflow of sympathetic and parasympathetic
Also See Sympathetic chain: youtu.be/sMO4LWxF5ww?si=LYqu4QpB29dazI66 Roots, Ramus and trunks | In ONE Minute: youtu.be/zIX4h5EccZs?si=pGqShTOGME7FRR4wWhich layer of the retina is RP affected? | NEET/NEXTAir Anatomy2024-02-10 | An Ophthal/Anatomy integrated questionSympathetic chain | In TWO MinutesAir Anatomy2024-02-10 | What is sympathetic chain. In two minutes I explain what sympathetic chain isPrimary Vs Secondary curvatures - Vertebral column | In TWO MINUTESAir Anatomy2024-02-10 | ...Root, Ramus and Trunks - in ONE MINUTEAir Anatomy2024-02-10 | IN ONE MINUTE, I explain whats a spinal nerve trunk, root and ramusCerebro cerebellar circuit! π§ IN EIGHT 8οΈβ£ MINUTESAir Anatomy2024-02-07 | Learn this very important circuit in EIGHT MINUTESGriffiths and Sudecks point - IN ONE MINUTEAir Anatomy2024-02-05 | The watershed areas of colon explained in a minuteMedian, Medial and Lateral umbilical foldsAir Anatomy2024-02-05 | In this video, I explain the three structures commonly confused in the posterior aspect of the anterior abdominal wall: the median umbilical ligament, the medial umbilical ligament, and the lateral umbilical folds. I provide a clear visual demonstration of these structures and their relationship to the umbilicus. I also discuss the embryological origins of each structure, with the median umbilical ligament being a remnant of the urachus and the medial umbilical ligament being a remnant of the obliterated umbilical artery.
00:00 Introduction 01:20 Infraumbilical Region and Umbilical Folds 01:30 Median Umbilical ligament 02:10 Medial umbilical ligament 03:06 Lateral Umbilical Fold 04:50 Clinical importance in laparoscopy 05:20 Supravesical and medial and lateral inguinal fossaeDilated Veins in the Abdomen | Caput Medusa and Thoraco-epigastric veinsAir Anatomy2024-02-04 | In this video, I discuss the anatomical basis of dilated veins in the abdomen, focusing on two specific cases: Caput Medusa and Thoraco epigastric Vein dilatation. Caput Medusa refers to dilated veins around the umbilicus, which are caused by portal hypertension and the communication between paraumbilical veins and systemic veins. On the other hand, thoraco epigastric vein dilatation are enlarged collaterals between the lateral thoracic vein and the superficial epigastric vein, typically seen in cases of SVC or IVC obstruction. Understanding these conditions is crucial for diagnosing and managing patients with dilated veins in the abdomen.
Specific Learning Objectives #1 Learn about the differential diagnosis of dilated veins in the abdomen
#2 Understand the concept of Caput Medusa
#3 Thoraco epigastric vein and its dilatation in SVC/IVC obstruction
0:00 Intro 0:12 Case 1: Caput Medusa 3:20 Who is Medusa? 3:54 Paraumbilical veins 6:00 Case 2: Thoraco Epigastric vein dilation - SVC/IVC obstruction 6:45 SVC/IVC obstructionLigamentum VENOSUM | Ductus VENOSUS - In 4 Minutes!Air Anatomy2024-02-04 | Part 3 - Visceral surface of the liver - Ligamentum VENOSUM | Ductus VENOSUS - in 4 minutesPorta Hepatis - IN TWO MINUTES!Air Anatomy2024-01-28 | Part 2 | Visceral surface of the liver - Porta hepatis explained in two minutes!
Part 1 | Falciform ligament and Ligamentum teres : youtu.be/VCGPEbrkUAsFalciform ligament and Ligamentum teres - IN THREE MINTUES!Air Anatomy2024-01-28 | Part 1 | Anterior surface of the liver - Falciform ligament and ligamentum teres explained in three minutes
Part 2 | Visceral surface of the liver - Porta hepatis youtu.be/ZUvm6jifO64Liver - Surf. Marking IN ONE MINUTE!!!Air Anatomy2024-01-27 | Liver surface marking IN ONE MINUTEPalpable nodules on the DIP? #anatomyvideosAir Anatomy2023-11-14 | Palpable nodules on the dorsolateral DIP - What could it be?Articular Cartilage Vs Articular Capsule #osteology #anatomyvideosAir Anatomy2023-11-14 | Joint anatomy educational videoLong | short | short long bones 𦴠- IN A MINUTEAir Anatomy2023-10-22 | Classification of long, short and "short" long bones - SimplifiedLesser tubercle - Humerus -IN A MINUTE!Air Anatomy2023-10-22 | Lesser tubercle and its attachments
3 D model : Credits - Doctor Jana Made available creativecommons.org/licenses/by-sa/4.0Superior oblique - Extra ocular muscle - IN A MINUTE #anatomyvideos #mbbs #eyeanatomyAir Anatomy2023-10-22 | Orientation of the superior oblique muscle of eyeballPeculiarities of clavicle | In 2 MINUTES!Air Anatomy2023-09-18 | Clavicle is a modified long bone. Learn its peculiarities in TWO MINUTES
Credits: "Left Clavicle" (skfb.ly/M9RW) by UNCG Imaging Lab is licensed under Creative Commons Attribution (http://creativecommons.org/licenses/by/4.0/).Conoid tubercle | Trapezoid line | Coracoclavicular ligament | Clavicle OsteologyAir Anatomy2023-09-17 | Conoid tubercle and Trapezoid line of clavicle
"Left Clavicle" (skfb.ly/M9RW) by UNCG Imaging Lab is licensed under Creative Commons Attribution (http://creativecommons.org/licenses/by/4.0/).Clavicle - Side (LeftπOR Rightπ) | IN 2 MINUTES!Air Anatomy2023-09-17 | Clavicle side identification is a usual question in Practical Osteology examinations. Identify it in three simple steps in this 3D model
Credits "Left Clavicle" (skfb.ly/M9RW) by UNCG Imaging Lab is licensed under Creative Commons Attribution (http://creativecommons.org/licenses/by/4.0/). Timestamps 0:00 Intro 0:05 Modified long bone 0:20 Medial Vs Lateral end 0:42 Superior Vs Inferior Surface 1:21 Anterior Vs Posterior border/surface 1:56 Identify sideAir Anatomy Live StreamAir Anatomy2023-09-17 | ...Kidney -Anterior RelationsAir Anatomy2023-08-13 | Through layered drawings, graphics and hand gestures, I take a 10 minute video lecture detailing the anterior relations of Kidneys and reviewing abdominal anatomy #kidneyanatomy #abdomenanatomy
0:00 - Intro 0:06 - Outline 0:27 - Suprarenals 0:51 - Duodenum 1:18 - Pancreas 2:02 - Colon - hepatic flexure 2:44 - Colon - splenic flexure 3:14 - All drawn till now are RETROPERITONEAL! 4:02 - The idea of transverse mesocolon 5:30 - Supracolic zone and infracolic zone 6:33 - REVIEW | retroperitoneal structures 7:16 - Infracolic Zone - Jejunum 7: 52 - Supracolic Zone - Liver 8:08 - Hepatorenal pouch of Morrison! 8:41 - REVIEW | Right Kidney relations 9:14 - Supracolic Zone -Stomach 9:40 - The lesser sac! 10:00 - Supracolic Zone - Spleen 10:24 - Lienorenal ligament 11: 05 - REVIEW | Left Kidney relations 11:34 - ConclusionVenous Drainage of CerebrumAir Anatomy2023-07-08 | Venous drainage of the cerebrum explained giving focus to anatomy, clinical importance and spatial orientation
#veinofgalen
0:00 Intro 0:14 Cortical veins 1:24 Superficial and Deep MCV, 3:10 Vein of Trolard and Labbe 4:04 Deep veins | Vein of Galen 8:08 Basal vein of Rosenthal 10:06 Dural sinuses 11:36 IJV - Right and left different?Anatomical Snuff box (Part 2) Scaphoid - Fracture; AVN | In 3 MINUTESAir Anatomy2023-06-21 | In this video, I discuss the importance of clinical examination of the anatomical snuff box and the scaphoid fracture.