Diaphragm смотреть последние обновления за сегодня на .
► Learn more about Anatomy with Lecturio: 🤍 ► Sign up here and try our FREE content: 🤍 ► THIS VIDEO will talk about the anatomy of the Diaphragm. ► LECTURIO Medical is your all-in-one medical school study companion! 💚 With our easy-to-follow videos, exam replicating clinical case questions and our comprehensive medical concept pages you will be best prepared for all your exams. Discover more and try our FREE content: 🤍 ► THE PROF: Dr. Salmi is a Clinical Assistant Professor of Pathology and Surgery at Stanford University. He obtained his M.S. in Biological Sciences from Stanford University in 2005 and his M.D. from U.C. Davis in 2010. Dr. Salmi completed his Residency in Anatomic Pathology at Stanford University. He is specifically interested in autopsy and cardiovascular pathology. Due to his outstanding lecture style, he has received numerous awards for excellence in preclinical teaching. ► INSTALL our free Lecturio app iTunes Store: 🤍 Play Store: 🤍 ► LET’S CONNECT: • Facebook: 🤍 • Instagram: 🤍 #Lecturio #anatomy CHAPTERS:
The diaphragm is the muscle that helps you breathe. Learn how it works and what you can do if it has a problem, like weakness or paralysis. Brought to you by the Diaphragm Center at Columbia University. Call 212-305-3408 to make an appointment. Visit 🤍 to learn more.
The diaphragm is a dome-shaped muscle that is between the lungs and your Ab’s. As you inhale this muscle will lower leading to an expansion of the abdomen. As you exhale the diaphragm rises up, which will move your stomach back inward. Whenever you feel stressed or anxious, check your breathing pattern. Diaphragmatic breathing will relax your sympathetic nervous system (responsible for fight & flight) while stimulating the parasympathic (responsible for rest and digest) through the Vagus nerve. Diaphragmatic breathing will in turn slow the heart rate, facilitate digestion, & calm the body. Chest Breathing is more of a shallow breathing style, often associated with emotional or physical stress. Side effects with this type of breathing includes, weakening of the diaphragm, a speeding heart rate, & overuse of accessory muscles such as the pec’s, scalenes, & sternocleidomastoid. *Note- the dumbbell is used as a resistance cue to activate the diaphragm, it is NOT meant to challenge the diaphragm from activating. Modern life stimulates the sympathetic nervous system far too often, leading to overdrive. Check your breathing pattern, stimulating the Vagus nerve will control your stress. #diaphragm #breathing #relax The Prehab Guys: Optimizing human performance and functional capacity, promoting longevity, and keeping your body in tune one post at a time. Instilling new meaning into #physicaltherapy. Follow us on IG and Twitter, like our Fb page, and make sure to visit 🤍humanperformancetherapy.com
Content Introduction 0:00 Diaphragm Function 0:10 Content 0:55 Lumbar Origin: 1:16 Costal Origin: 3:15 Sternal Origin: 3:26 Openings of the Diaphragm 3:56 Sternocostal Triangle 4:56 Lumbocostal Triangle (Bochdalek's Foramen) 5:16 Lumbar Openings 6:05 Coverings of the Diaphragm 6:18 📸Follow my new instagram 🤍Taimtalksmed ☕Support me at: 🤍 - Diaphragm Parts: - Central Tendinous Part - Muscular Part - Main Muscle of Inspiration Origin Points Lumbar Part - Right Crus crus dextrum - Left Crus crus sinistrum - Suspensory Muscle of Duodenum (Muscle of Treitz) - Lateral Arcuate Ligament ○ Quadratus Lumborum Muscle - Median Arcuate Ligament ○ Aorta - Medial Arcuate Ligament ○ Psoas Major Muscle Costal Part Sternal Part - Xiphoid Porcess of Sternum Openings of the Diaphragm - Caval Opening Foramen venae cavae ○ Inferior Vena Cava ○ Right Phrenic Nerve - Oesophageal Hiatus Hiatus oesophageus ○ Esophagus ○ N. Vagus - Aortic Hiatus Hiatus aorticus ○ Aorta ○ Thoracic Duct - Sternocostal Triangle Trigonum sternocostale ○ Internal Thoracic Vein ○ Internal Thoracic Artery - Lumbocostal Triangle Trigonum lumbocostale ○ ‘’Bochdalek's foramen’’ - Lumbar Part Pars lumborum ○ Sympathetic Trunk ○ Splanchnic Trunk ○ Azygos Vein Coverings of the Diaphragm - Endothoracic Fascia Fascia endothoracica - Diaphragmatic part of Parietal Pleua Endoabdominal Fascia - Fascia endoabdominalis - Peritoneum
The diaphragm is the main muscle of respiration, and it separates the thorax from the abdomen and pelvis. There are a number of bits of it worth talking about (anatomically) as things have to pass through it, and it does more than just allow us to breathe easy. Daily Anatomy App: For a random human anatomy question every day on your phone you can get my Daily Anatomy question app from the Apple App Store: 🤍 or Google Play Store: 🤍 Music by Jahzzar Album: HiFi City Tales Song: Bodies 🤍
This animation show the diaphragm, a bell-shaped muscle that sits underneath the lungs. Note the action of ribs: they pivot like the handle of a bucket. Contact Us: Website: 🤍 Facebook: 🤍 Email: studio🤍medical-animations.com Medical Animations: 🤍 If you enjoyed this animation or found it helpful please consider watching the advertisements at the beginning of this all the way through as a thankyou. This helps to keep our team of staff fed! If you are interested in licensing this animation or are looking for another medical animation please contact us at: studio🤍medical-animations.com and we would be pleased to help. We also produce custom animations, please contact us for a quote if you are interested in this service. © 2015 Animated Biomedical Productions
Imagine waking up one day and being unable to do the simplest of tasks without struggling to breathe.
Subscribe to the Operation Ouch official channel! Click here: 🤍 Watch this biology with your kids on the power of the diaphragm. You can buy the book here 🤍 and download the series here 🤍 Operation Ouch is packed with incredible facts about the human body and fronted by identical twins Dr.Chris and Dr. Xand van Tulleken who experiment and explore their way through the fascinating world of medicine and biology. This series will de-mistify hospitals for younger viewers; no longer will the hospital be a "scary" place to go as we learn all the exciting things that go on there. Chris and Xand will let the viewer into their exclusive world of medicine and explain the awesome things our bodies can do! #OperationOuch #ScienceForKids
#shorts Singing from the diaphragm makes the difference between good and bad singing. Unfortunately, it's a very weird feeling to learn and seems counterintuitive to good breath control. Today, I'll show you to improve your breath support and sing from the diaphragm in just 1 minute!
In this video we will study about the origin, insertion & muscle fibres of the diaphragm. LIKE, SHARE & SUBSCRIBE 🤩 #eoms #diaphragm #anatomy _ For Notes or any Query 👇 Facebook page- 🤍 Telegram- 🤍 Instagram - 🤍
Subscribe to KLT: 🤍 Learn about the anatomy of the human body and your Diaphragm with the Diaphragm Song by the KLT App here for an ad-free viewing experience: iPhone & iPad * 🤍 * 🤍 Android Phone and Tablet * 🤍 * 🤍 🤍 Support KLT by becoming a Patreon today at the link below! You can vote for the video of the week, get your name int he credits and supports something you believe in! I'd love to thank my Patreon supporters: ILYASnYusuf Tunkara, Cody Stetson, Caleb Sedgwick, Jack Gilroy, Kawan Yates, Joanne Mazzarelli, Joseph Webb, Dylan Shaughnessy, Sydney and Jackson, Xavier Monarres, Laura Shulman, Julius Caruso, Ava and Alex Savalli, Kannon Hoover, Eli Zatlin,Logan Varnell, Connor & Audrey Hsu, Trev Faulk Jr., Jonathan, Soren Whipple , Rocky, Noam Bujold, Hagen, Caston, and Ada, Steel Moscardini, Holden Sibary, Lincoln Cervantez, Jonah Baran, Akash Deshmukh, Brayden Ching, Philip Segal, Declan Ocean, Isla and Mia, Parker Templeton, Matthew Leache, Jaxon Gish, Matt B, Jesse Guzelyurt, Sajel Patel, Mauro Johnson, The Richards/Steele Family, Jake Milan. You all do so much to keep KLT alive! KLT Website: 🤍 T-Shirts: 🤍 Music Downloads: 🤍 Facebook: 🤍 Subscribe: 🤍 Tweet Us: 🤍 Instagram: 🤍 Add us on Google+: 🤍 iTunes: 🤍 Music: Copyright 2015, 2016, 2017 KLT Video: Copyright 2015, 2016, 2017 KLT Lyrics: The diaphragm That’s what I am I’m A dome-shaped sheet of muscle used in respiration The diaphragm That’s what I am An anatomical landmark that separates the chest, from the abdomen Where is the diaphragm Let’s take a look and see It’s below the lungs In the lower thoracic cavity I’m on the floor of the Thoracic Cavity That contain your Heart and Lungs And the roof of the Abdominal Cavity that holds some vital organs I’m made up of Muscle and Tendon Let’s look at some names that relate to them Here’s a look at the Inferior Diaphragm It’s a view looking up at the bottom of where the lower rib cage spans This is the Central Tendon broken into three parts The Right, Middle, and Left Leaflet Is a Tendinous work of art Attached to the first three lumbar vertebrae and their intervertebral discs Is the Right Crus It’s a Tendon thanks for learning about this The is only attached to the bodies of first two lumbar vertebrae These tendons form a tether for muscular contraction in me I’m mostly made of Muscle that you are seeing now Let’s take a look to see what passes through my center in which I’m so proud This is the Vena Cava it’s a large vein That runs through me carrying deoxygenated blood into the heart from your body Here you see the Aorta the bodies largest artery It supplies oxygenated blood to the circulatory system see What's also important to notice is the Oesophagus It connects the throat to the stomach In all of us The diaphragm That’s what I am I’m a dome-shaped sheet of muscle Used in respiration The diaphragm That’s what I am An anatomical landmark that separates the chest, from the abdomen When you Inhale oxygen while taking any kind of breath Your Diaphragm Flattens and Expands your rib cage before it takes a rest Then you exhale ridding the body of carbon dioxide Your Diaphragm goes back to it’s Dome- Shape now resting inside I’m attached to you in more places than your lumbar vertebrae We’ll take a look at where these are that help to keep me in place I’m attached to your Xiphoid Process It’s part of your Sternum And to the Cartilage of Ribs 7 through 12 Learning is so fun Thoracic Diaphragm is another name I go by Breath deep when singing about me now goodbye The diaphragm That’s what I am I’m A dome-shaped sheet of muscle used in respiration The diaphragm That’s what I am An anatomical landmark that separates the chest, from the abdomen #diaphragm #diaphragmanatomy #diaphragmsong #KidsLearningTube
Breathing is an act that we are doing all the time. It is synonymous with living. If we didn’t breathe, we wouldn’t be alive. Infact, we breathe in about 22,000 times a day! But did you know that you may not be breathing right? Breathing is more than just taking in and throwing out air through your nose. Have you ever thought about what causes us to breathe in air and also breathe it out? There is science behind breathing - not just biology but also physics. A special muscle called the diaphragm plays a major role in the act of breathing. When diaphragm contracts, it creates some suction in the lungs which helps to pull air in from outside. This is how we breathe in. When diaphragm relaxes, it pushes air out of the lungs. Where is this diaphragm located? - It is a muscle between the lung and the abdominal cavity. Our stomach is a part of the abdominal cavity. And when this muscle, the diaphragm, contracts and relaxes, it not only affects the lungs but also the stomach. If our body is using the diaphragm well, our stomach will contract as we breathe in and expand as we breathe out! So, if you are filling in your lungs well while breathing, your stomach will tell you that! How about that for the role of diaphragm in breathing! 🚀 Win a NASA trip 🎓 Up to 100% Scholarship 💸 Cash Rewards 🏆 Be an All-India Rank Link: 🤍 #BYJUS #BYJUSBiology #BiologyBYJUS #diaphragminbreathing #duringinhalationthediaphragm #diaphragmexercises #abdominalbreathingcauses #abdominalbreathingexercise #arewebreathingright #diaphragmduringinspiration #diaphragmaticbreathingexercises #lungsdiaphragm #diaphragmatically #useofdiaphragminlungs #diaphragmduringexhalation #byjusbiology #biologybyjus #arewebreathingright #byjusshorts #morningexercise/yogaroutineathome #superimpositionoflungs #diaphragmcontracts #byjus
Watch this video, learn how to breathe correctly and improve breathing in the long term. In our video, Roland Liebscher-Bracht explains how breathing works, what we’re doing wrong, and shows you ways to fix it. Train your body to breathe better with our exercises and you’ll notice how refreshing it is to take a deep breath. Most people breathe incorrectly 👉 🤍 ➡️ OUR PRODUCTS ⬅️ ✅ Foam Roller Set ► 🤍 ✅ Osteopressure Tool ► 🤍 ✅ Jaw Hero ► 🤍 ✅ Stretching Strap ► 🤍 ✅ Back Hero ► 🤍 If this video helped you, we would be very happy if you subscribe to our channel to get more videos for your pain! 💌 For regular video updates and other health advice, sign up to our newsletter 👉 🤍 _ 📱 Facebook: 🤍 📱 Instagram: 🤍 📱 TikTok: 🤍 📱 Pinterest: 🤍 📱 Twitter: 🤍 _ 🧑🤝🧑 We are Liebscher & Bracht – an alternative healthcare company focusing on the best and sustainable way to ease the pain and suffering of the body. Our vision is to enable a pain-free and healthy life for everyone, despite any condition or age. Overall health can be possible – by knowing how to activate the self-healing powers. Let us help you on your way to healing – by easing your suffering and enhancing your quality of life. 🧑🤝🧑 Our YouTube-channel is free of charge and the biggest and most successful online platform for pain prevention and physical exercises in Germany. By retraining more than 8000 doctors, physiotherapists and non-medical practitioners in our therapy, this most effective pain treatment has proven its positive efficiency on “incurable” and anguished patients throughout the world/Europe. 🧑🤝🧑 We are fortunate enough to help millions of chronic pain sufferers to ease their pain by providing online content on YouTube. If you suffer from chronic or severe physical pain, please perform the exercises as described in the videos to ease your suffering. ❇️ You can get all information about Liebscher & Bracht pain therapy here: ► 🤍
Suzanne Smith, MSN, NP, CMT-P, nurse practitioner in the Integrative Digestive Health and Wellness Program in the UCLA Melvin and Bren Simon Digestive Diseases Center, discusses the benefits of diaphragmatic breathing and demonstrates the technique that can easily be incorporated into your daily life. Visit 🤍 for more information.
The Diaphragm is perhaps the most important muscle in the body. In this video Jill demonstrates two versions of Uddiyana Bandha aka diaphragm vacuum, to help you assess your diaphragmatic range of motion, become more comfortable being without air, and massage your viscera (internal organs). These exercises will also give you insight into how much tension you may be holding around your mid-line. Be curious and follow along with Jill as she leads you through these two exercises. Try the diaphragm vacuum on the floor and move to standing when you feel comfortable with the first exercise. Learn more about the Respiratory Diaphragm: 🤍
What is thoracoabdominal diaphragm. What is the attachment of diaphragm. What are the major and minor openings of diaphragm? Different types of hernia through diaphragmatic defects. What is the crus of diaphragm. What is medial and lateral arcuate ligaments. What is the congenital diaphragmatic hernia . What is eventration of diaphragm. What is foramen of Bochdalek. Source of images: Gray's anatomy for students, 2nd south asia edition. Greenfield's Surgery, scientific principles and practice, 5th edition. #drsumitgupta #diaphragmanatomy #bochdalekhernia join me on telegram..
Diaphragmatic breathing or primary respiration can help reestablish proper stabilization patterns thereby reducing pain and improving function. This position allows the thoracic diaphragm and the pelvic floor to be parallel to one another which creates a better Zone of Apposition (ZOA), which allows for improved Intra Abdominal Pressure (IAP). - Thank you for watching this video. I hope that you keep up with the videos I post on the channel, subscribe, and share your learnings with those that need to hear them. Let’s make some real change and figure out what True Health really is! — Dr. Beau Beard is a sports chiropractor, master's in sports rehab, and strength & conditioning coach. He is truly passionate about unlocking every person’s potential that he comes in contact with. His areas of deep work include breath work, neurodevelopment disorders, and healthcare triage systems. - Dr. Beau and Sloan Beard founded The FARM: Functional Athletic Rehabilitation & Movement in 2013. When not in the clinic Dr. Beard is teaching around the world, helping guide others to health in the outdoors. — Trade your meds for our MEDS! 🤍 — Follow Me Online Here: Instagram: 🤍 Facebook: 🤍 LinkedIn: 🤍 Snapchat: 🤍 Website: 🤍 Twitter: 🤍 Medium: 🤍
The diaphragm is a dome-shaped muscle that is between the lungs and your Ab’s. As you inhale this muscle will lower, leading to an expansion of the abdomen. As you exhale the diaphragm rises up, which will move your stomach back inward. Whenever you feel stressed or anxious, check your breathing pattern. Diaphragmatic breathing will relax your sympathetic nervous system (responsible for fight and flight) while stimulating the parasympathic nervous system, (responsible for rest and digest) through the Phrenic nerve. . Diaphragmatic breathing will in turn slow the heart rate, facilitate digestion, & calm the body. Chest Breathing is more of a shallow breathing style, often associated with emotional or physical stress. Side effects with this type of breathing includes, weakening of the diaphragm, a speeding heart rate, & overuse of accessory muscles such as the pec’s, scalenes, & sternocleidomastoid. Remember, the Diaphragm is part of the integrated spinal stabilizing system, therefore is considered a core muscle! . Note: While laying on the 🤍pranamat I use my hand as a resistance cue to activate the diaphragm, it is NOT meant to challenge the diaphragm from activating. Modern life stimulates the sympathetic nervous system far too often, leading to overdrive. Note 2: This mat has been shown to decrease pain, with the large amount of sensory stimulus from the mat’s sharp lotus (via gating mechanism at the wide dynamic range cells). This acupressure mat has also been shown efficient for normalizing muscle tone, improving microcircultation, facilitating oxygen supply to tissues, and normalizing metabolism. Mikelsone I. Clincal trials on pranamat ECO mat April 2014 #pranamat and #mypranamat
New procedure helps people with diaphragm paralysis.
Our thoracic diaphragm is responsible for optimal breathing, attaching from the lowest part of the sternum, lower 6 ribs, thoracic vertebra 12 and the lumbar spine/ lower back. When we slump with poor posture, change our breathing or become stressed we can experience tightness through the diaphragm and its attachments. Today's video demonstrates how we can gently release tightness through this area, ribs, thoracic and lumbar spine to reduce tightness, improve rib and spinal movement and diaphragm function. We strongly recommend getting your thoracic spine and ribs assessed properly by a musculoskeletal expert before trying these exercises to determine the working diagnosis as other treatments may be more appropriate and required to help initially. Louise demonstrates how to: 1. Inhibit the anterior dome of the diaphragm 2. Move and stretch the thoracic and lumbar spine attachments 3. How to move and stretch through the spine and ribs with breathing For more information about Osteo and Physio including what we do and why, check out our website at : 🤍 Or find us on Facebook: 🤍 Thanks for watching, please SUBSCRIBE, LIKE and COMMENT!
#diaphragm #anatomy #aorta Donation Link: 🤍 🤍 The mucular fibers of the lumbar part of the diaphragm originate from the upper three lumbar vertebrae by way of right and left crura and the five arcute ligments. The right crus arises from the right side of anterior aspects of the upper three lumbar vertebrae and intervening intervertebral discs. The left crus is shorter and arises from the left side of anterior aspects of upper two lumbar vertebrae and the intervening intervertebral discs. The Median arcuate ligament is an arched fibrous band stretching between the upper ends of two crura. Medial arcuate ligament extends from the side of the body of L2 vertebra to the tip of the transverse process of L1 vertebra. This ligament arches over the psoas major muscle. Lateral arcuate ligament extends from the tip of transverse process of L1 vertebra to the 12th rib. This ligament arches over the quadratus lumborum muscle. The space between the median arcuate ligament and the body of T12 vertebra is called the aortic hiatus. The main structure that is passing through the aortic hiatus is the Aorta. Another structure passing through this hiatus is the thoracic duct. As you may know the thoracic duct originates is the abdomen as a dilatation placed in front of the L1 and L2 vertebrae called the Cisterna Chyli. Sometimes the Azygos vein also passes through aortic hiatus. When it does not pass through aortic hiatus, the azygos vein passes through the substance of the right crus of the diaphragm. The hemiazygos vein passes through the substance of the left crus of the diaphragm. The right and left splanchnic nerves are passing by way of small foramina located in the substance of the right and left crus respectevly. The sympathetic trunk is passing behind the medial arcute ligament of the lumbar part of the diaphragm.
There are a number of openings in the diaphragm through which structures pass between the thorax and abdomen. There are three large openings — one for the aorta, one for the esophagus, and one for the inferior vena cava (the caval opening), plus a series of smaller ones.
The development of the diaphragm and thoracic cavity explained in 15 minutes. If you are completely new to embryology and you want to understand it quickly, this should be the first video you watch: - 🤍 Recommended Text Easy Embryology is a book that is dedicated to the simplification of embryology. It is available at 🤍 Contact Dr. Minass for more information. Interact With Dr. Minass! Website - 🤍 Email - info🤍drminass.com Patreon - 🤍 Facebook - 🤍 Instagram - 🤍m1.nass Post - Address to: Minass Parcel Locker 10106 04448 59 Penshurst Street Willoughby, NSW Australia 2068 SUMMARY OF THE VIDEO FOR YOUR NOTES Thoracic cavity - Septum transversum is a thick plate of mesoderm that lies between the thoracic cavity and the stalk of the yolk sac. The septum transversum comes from visceral lateral plate mesoderm. Its position changes as the fetus grows, curving into the fetal position This septum isn’t enough to form the diaphragm, as it leaves an open communication between the thoracic and the peritoneal cavity. The canals are called the pericardioperitoneal canals. There is one canal on each side of the GIT. When the lungs begin to grow, from their humble beginnings of “buds”, they fill the thoracic cavity by growing laterally, and inferiorly, into these canals. The pleuropericardial folds then appear, as growths into the thoracic cavity. Then, mesoderm of the body wall contribute to the formation of the pleuropericardial membranes. The pleuropericardial membranes are extensions of the pleuropericardial folds, which now contain the common cardinal veins and the phrenic nerves. As the heart develops, shifting downward, the common cardinal veins move medially, and the pleuropericardial membranes finally fuse with each other and with the root of the lungs. Thus the thoracic cavity is now divided into the pericardial cavity and the two pleural cavities Diaphragm The diaphragm is made from 4 parts 1. Septum transversum - central tendon 2. Pleuroperitoneal membranes x2 3. C3,c4,c5 somites to form the muscles of the diaphragm 4. Dorsal mesentery of oesophagus in which crura of diaphragm develop The pleural cavities have now separated from the pericardial cavity, but it still is in open communication with the peritoneal cavity via the pericardioperitoneal canal. These canals are closed by the pleuroperitoneal folds, which grow downwards into the canals. They keep growing towards the middle and the front of the body, and by week 7 they fuse with the dorsal mesentery of the oesophagus and the septum transversum. The division between pleural and peritoneal cavities are completed by the pleuroperitoneal membranes. As the pleural cavity expands, the mesoderm of the body wall adds a muscular component to the pleuroperitoneal membranes. This muscular component is derived from myoblasts, originating from somites at c3-5. This is the muscular part of the diaphragm. In week 4, septum transversum lies opposite to cervical segments of the spinal cord, therefore the nervous innervation of the septum transversum / diaphragm is from these levels, of C3-5. These are the phrenic nerves. The phrenic nerves pass into the septum transversum via the pleuropericardial folds. This explains why the diaphragm is innervated by cervical nerves, even though its final position will be opposite the thoracic level of the spine, in the fibrous pericardium. The phrenic nerves provide sensory and motor control to diaphragm. However, since the most peripheral components of the diaphragm are developed from thoracic tissue, the intercostal/thoracic nerves contribute some sensory fibres.
In this video, we highlight the process we go through to teach diaphragm breathing to our patients. As stated in other videos and blog posts, diaphragm breathing is extremely important for a multitude of reasons. 3 Keys to Diaphragm Breathing: 1. Relax not only your mid section and belly, but your neck and limbs as well. 2. Slow the rate of respiration down. We shoot for a 1:2 or 1:3 ratio of inhalation vs. exhalation. In other words, take longer to breathe out then to breathe in. 3. Lower abdominal expansion is key. We want to be able to expand as much, if not more, below our belly button when inhaling. This can be tricky but improves with practice. *To learn how breathing can impact low back pain, click below: 🤍 *To learn how breathing can impact tension headaches, click below: 🤍 Learn how to create intra abdominal pressure (IAP) and core stability via the diaphragm: 🤍 - - - - Thank you for tuning in to our channel! Elite Chiropractic and Performance is a chiropractic and rehab clinic located in Chesterfield, MO. As your Chesterfield Chiropractor, We aim to provide valuable content to improve the way we move and function in life. This channel serves as a direct resource for our patients to review the concepts that we cover during their visits. Please share with friends and family and subscribe to our page! Visit our website for more content and info! 🤍 Follow us on Social Media! Instagram: 🤍 Facebook: 🤍 Twitter: 🤍 LinkedIn: 🤍
For more information about conditions associated with the diaphragm, please visit 🤍 A grandmother is back to riding rollercoasters with her grandkids after suffering from diaphragm paralysis. The condition left her unable to do even the simplest of tasks. Thankfully doctors at Cleveland Clinic were able to find a treatment. To learn more about Alejandro Bribriesco, MD, please visit 🤍 ▶Share this video with others: 🤍 ▶Subscribe to learn more about Cleveland Clinic: 🤍 #ClevelandClinic #DiaphragmParalysis
Digestive and Liver Health services at Michigan Medicine recognizes the connection between the brain and the gut as a critical component to overall digestive health. Diaphragmatic breathing, or deep breathing, is a proven relaxation technique. There are additional gastrointestinal benefits because the activation of the diaphragm using this technique allows for a gentle massage of the intestines and stomach, aiding with abdominal pain, urgency, bloating and constipation. Learn how to use diaphragmatic breathing with this demonstration video from Megan Riehl, PsyD, Clinical Psychologist and Assistant Professor. *Note: This video was filmed prior to the COVID-19 pandemic. - Subscribe to Michigan Medicine’s YouTube channel for upcoming videos and future live streams featuring our experts answering your questions. - Follow Michigan Medicine on Social: Twitter: 🤍 Instagram: 🤍 Facebook: 🤍 #MichiganMedicine #BrainGutConnection #DiaphragmaticBreathing #DeepBreathing #BreathingExercises #Calming #Relaxation #Anxiety #Medicine #Health #Wellness #Healthcare
🤍 - This 3D medical animation shows a congenital diaphragmatic hernia in which a baby's abdominal organs push through a defect, or opening, in the baby's diaphragm during pregnancy. The animation explains the normal function of the diaphragm, and the effects of a diaphragmatic hernia on the developing baby's lungs. Key steps of the operation to repair a congenital diaphragmatic hernia are depicted. #CongenitalDiaphragmaticHernia #BirthDefect #CongenitalDefect ANH13090
Origin, Insertion, Nerve supply, Actions and clinical anatomy of the diaphragm For the PDF notes of anatomy, physiology, pathology, pharmacology, biomechanics and other health science subjects, visit my website- 🤍 My book recommendations for health science subjects, Anatomy Atlas, PVC skeleton that I've used in most of my osteology videos is available on my Amazon influencer page. Do check it out- 🤍 ATLAS ANATOMY- 🤍 PVC DISARTICULATED SKELETON- 🤍
📌𝐅𝐨𝐥𝐥𝐨𝐰 𝐨𝐧 𝐈𝐧𝐬𝐭𝐚𝐠𝐫𝐚𝐦:- 🤍 📌𝗝𝗼𝗶𝗻 𝗢𝘂𝗿 𝗧𝗲𝗹𝗲𝗴𝗿𝗮𝗺 𝗖𝗵𝗮𝗻𝗻𝗲𝗹 𝗛𝗲𝗿𝗲:- 🤍 📌𝗦𝘂𝗯𝘀𝗰𝗿𝗶𝗯𝗲 𝗧𝗼 𝗠𝘆 𝗠𝗮𝗶𝗹𝗶𝗻𝗴 𝗟𝗶𝘀𝘁:- 🤍 Development of the Diaphragm : Human Embryology The diaphragm originates from an unpaired ventral portion (septum transversum), from paired dorsal lateral portions (pleuroperitoneal folds), and from an irregular medial dorsal portion (dorsal mesentery). The septum transversum, formed during the third week of gestation, separates the pericardial region from the rest of the body cavity. This part of the diaphragm grows dorsad from the ventral body wall and moves caudad with the other contributors to the diaphragm to reach the normal position of the diaphragm at about 8 weeks. The pleuroperitoneal folds arise on the lateral body walls, at the level where the cardinal veins swing around to enter the sinus venosus of the heart. These folds extend medially and somewhat caudad to join with the septum transversum and the dorsal mesentery to complete the development of the diaphragm at about the seventh week; the right pleuroperitoneal canal closes somewhat earlier than the left. Muscle fibers migrate from the third, fourth, and fifth cervical myotomes, carrying along their innervation, and grow between the two membranes to complete the structures of the diaphragm. During the 10th week, the intestines return from the yolk sac to the abdominal cavity and, at about 12 weeks, rotation and fixation of the intestines occur. A delay or variation in the described timetable may result in a variety of congenital hernias with or without a hernial sac or may even result in a congenital eventration of a hemidiaphragm. Early return of the intestines to the abdomen before closure of the pleuroperitoneal membrane results in a hernia through this opening (a so-called foramen of Bochdalek hernia). A sac is not usually present, but if it is, the return of the intestines may have occurred after the closure of the pleuroperitoneal membrane but before the migration of the cervical myotomes between the membranes. Foramen of Morgagni hernias occur anteriorly, almost always have a sac, and therefore probably result from lack of ingrowth of the cervical myotomes. A congenital short esophagus is related to late closure of the diaphragm and early return of the intestine to the abdomen. Congenital eventration may be a total error of ingrowth of cervical myotomes in one or both hemidiaphragms and therefore is actually a large congenital diaphragmatic hernia and not an eventration. An absent diaphragm probably represents an error of growth of the septum transversum and other embryologic elements. Duplication of a hemidiaphragm can occur. The fusion and formation timetable variations may also involve defects in the diaphragm in association with certain vascular anomalies of the lungs and heart. #diaphramdevelopment #DevelopmentofTheDiaphragm #developmentofdiaphragm #diaphragmembryology #embryology #humanembryology #usmle #mbbs #anatomy #neetpg #usmlestep1 #nationalexitexam #nationalexittest
Welcome to our introductory video on the anatomy of the abdominal surface of the diaphragm! For the full Premium video, go here: 🤍 Oh, are you struggling with learning anatomy? We created the ★ Ultimate Anatomy Study Guide ★ to help you kick some gluteus maximus in any topic. Completely free. Download yours today: 🤍 To master this topic, click on the link and carry on watching the full video (available to Premium members): 🤍 Want to test your knowledge on the abdominal surface of the diaphragm? Take this quiz: 🤍 Read more on all things anatomy of the diaphragm in this FREE article: 🤍 For more engaging video tutorials, interactive quizzes, articles and an atlas of Human anatomy and histology, go to: 🤍
Video 1—Ultrasonography of a Normal Diaphragm: Ultrasonography of the diaphragm at its zone of apposition can be used to measure changes in the thickness of the diaphragm during inspiration. As a normal diaphragm contracts during inspiration, it thickens. Video 2—Ultrasonography of a Paralyzed Diaphragm: During inspiration, a lack of thickening is diagnostic of diaphragmatic paralysis.
An illustrated explanation of postnatal surgery to repair congenital diaphragmatic hernia. 🤍 0:03 What is congenital diaphragmatic hernia? 0:31 How does congenital diaphragmatic hernia impact lung development? 0:50 How is congenital diaphragmatic hernia diagnosed? 1:05 What predicts the outcome in congenital diaphragmatic hernia? 1:12 What is pulmonary hypoplasia? 1:42 What is pulmonary hypertension? 1:55 How is congenital diaphragmatic hernia surgically repaired after birth? 2:28 Why is it important to follow babies born with congenital diaphragmatic hernia over the long term? Congenital diaphragmatic hernia (CDH) is a birth defect that occurs when the diaphragm — the flat muscle that separates the heart and lungs in the chest from the liver, stomach, intestine and other organs in the abdomen — doesn’t close properly as the baby forms in the womb. The hole in the muscle may be on the left or right side, and small or large. If the hole is large enough, the intestine, stomach, spleen and liver can move up into the chest. There, they can crowd the heart and lungs and keep the lungs from growing normally. CDH occurs in 1 of every 3,000 live births. Most of the time, the condition is diagnosed during pregnancy. To ensure an accurate CDH diagnosis and the best outcome, it is important to visit a fetal therapy center experienced in evaluating and caring for pregnancies affected by CDH. Since 1995, the Richard D. Wood Jr. Center for Fetal Diagnosis and Treatment at Children’s Hospital of Philadelphia (CHOP) has been at the forefront of understanding, diagnosing and treating CDH. The center’s team has cared for more babies with CDH than any other team in the U.S. Expectant mothers from all 50 states — and more than 70 countries — have traveled to Philadelphia for care at the center. Because it is a large, heavy organ, if the liver moves up into the chest, it can cause particular problems. The center uses sophisticated imaging to look at liver placement and lung size – the two biggest predictors of how a baby will do. Many babies with CDH develop a condition called pulmonary hypoplasia, which means small lungs. When they are born, they may have trouble getting enough air. Babies with CDH may also develop high blood pressure in the lungs (pulmonary hypertension). CHOP monitors and treats this condition very carefully. In most cases, the pregnancy is followed closely by the center’s obstetrical team until planned delivery. Babies are born in CHOP’s Garbose Family Special Delivery Unit (SDU), the world’s first birth facility in a freestanding pediatric hospital which was designed specifically for healthy mothers carrying babies with known birth defects. After delivery, the baby is immediately handed to a waiting team of doctors and nurses and stabilized by a specialized Newborn/Infant Stabilization Team and Neonatal Surgical Team — the only team of its kind in the world. The baby is taken to CHOP’s Harriet and Ronald Lassin Newborn/Infant Intensive Care Unit (N/IICU), ranked among the best in the nation. Once the baby shows improvement, it is time for surgery to repair the diaphragm. At CHOP, the anesthesiologists and surgeons perform the operation at the bedside in the N/IICU, as it’s safer for the baby not to be transported to another location. The baby is placed under general anesthesia. The surgeons make an incision below the ribs and gently bring the liver, stomach and intestines into place. They then repair the diaphragm using stitches and, often, a Gore-Tex patch. The baby will recover in the N/IICU for weeks to months. As babies grow, their brains and lungs grow as well. In fact, the child’s lungs will continue to grow for several years. CHOP’s Pulmonary Hypoplasia Program follows these children into adulthood, providing specialized follow-up care.
3D anatomy tutorial on the pelvic diaphragm from AnatomyZone For more videos, 3D models and notes visit: 🤍 This video covers the following structures in relation to pelvic diaphragm: - structure of pelvic floor: pelvic diaphragm, perineal membrane, deep perineal pouch - muscles: levator ani, coccygeus, levator prostatae, puboprostaticus, pubovaginalis, puborectalis - ligamentous structures: anococcygeal ligament, anococcygeal body, sacrospinous ligament - urogenital hiatus - pudendal nerve In the next tutorial we take a look at the perineal membrane and deep perineal pouch (🤍 Instagram: 🤍 Website: 🤍
The psoas and diaphragm are BFFs (Breath Friends Forever). The deep fascial joint that unites the psoas and the diaphragm is called the medial arcuate ligament. Because of this fascial relationship, the tension in the psoas can restrict deep diaphragmatic breathing, and conversely, the inability to take a deep belly breath can inhibit hip function. Jill breaks down the anatomical structures, then invites you to the ground for an embodied exploration of the relationship between these myofascial structures using the diaphragm vacuum and its variations to help you feel into the deep psoas/ diaphragm (BFF) connection of the medial arcuate ligament. Core stability, breath ability, and dynamic hip/pelvis low back health all rely on the cooperation of your psoas and its fascial connections to the diaphragm. This class will help you identify the interplay of these muscles and improve your deep core strength. Learn more about your psoas in our online video library: 🤍
Diaphragmatic breathing is a fundamental skill for learning to manage anxiety, cope with stress and panic attacks, turn off cortisol, and create a sense of calm. This breathing technique is simple but effective. Deep breathing with your diaphragm triggers the calming parasympathetic nervous system and reduces anxiety through a "bottom-up" approach, meaning going from the body to the mind, instead of vice versa. This is also known as "Belly Breathing" and it's an essential technique for managing stress, anxiety, and internal tension. Deep breathing helps turn on the calming part of your nervous system, the parasympathetic nervous system, which triggers a calming relaxation response. Looking for affordable online therapy? My sponsor, BetterHelp, connects you to a licensed professional from the comfort of your own home. Try it now for 10% off: 🤍 Learn more in one of my in-depth mental health courses: 🤍 Support my mission on Patreon: 🤍 Sign up for my newsletter: 🤍 Check out my favorite self-help books: 🤍 Check out my podcast, Therapy in a Nutshell: 🤍 Therapy in a Nutshell, LLC, and the information provided by Emma McAdam are solely intended for informational and entertainment purposes and are not a substitute for advice, diagnosis, or treatment regarding medical or mental health conditions. Although Emma McAdam is a licensed marriage and family therapist, the views expressed on this site or any related content should not be taken for medical or psychiatric advice. Always consult your physician before making any decisions related to your physical or mental health. About Me: I’m Emma McAdam. I’m a licensed Marriage and Family Therapist, and I have worked in various settings of change and growth since 2004. My experience includes juvenile corrections, adventure therapy programs, wilderness therapy programs, an eating disorder treatment center, a residential treatment center, and I currently work in an outpatient therapy clinic. In therapy I use a combination of Acceptance and Commitment Therapy, Systems Theory, positive psychology, and a bio-psycho-social approach to treating mental illness and other challenges we all face in life. The ideas from my videos are frequently adapted from multiple sources. Many of them come from Acceptance and Commitment Therapy, especially the work of Steven Hayes, Jason Luoma, and Russ Harris. The sections on stress and the mind-body connection derive from the work of Stephen Porges (the Polyvagal theory), Peter Levine (Somatic Experiencing) Francine Shapiro (EMDR), and Bessel Van Der Kolk. I also rely heavily on the work of the Arbinger institute for my overall understanding of our ability to choose our life's direction. And deeper than all of that, the Gospel of Jesus Christ orients my personal worldview and sense of security, peace, hope, and love 🤍 If you are in crisis, please contact the National Suicide Prevention Hotline at 🤍 or 1-800-273-TALK (8255) or your local emergency services. Copyright Therapy in a Nutshell, LLC Music licensed from 🤍Bensound.com or Artlist.io Images from Freepik.com (premium license), Pixabay, or Wikimedia commons
Congenital Diaphragmatic Hernia, or CDH, is a birth defect with complications that can be difficult to understand. The hernia ultimately inhibits lung growth, causing breathing or other problems after birth. Learn about the cause of the defect and how it affects the baby’s organs. Find out more about the two main effects of CDH here: 🤍 🤍