Blood смотреть последние обновления за сегодня на .
Of course we all know what blood is, and everyone has had at least a minor injury involving blood. But what is it exactly? What's it made of? What does it do? Why do we die if we lose enough of it? Let's check out each component of blood now, on both the cellular and molecular level! Watch the whole Anatomy & Physiology playlist: 🤍 General Chemistry Tutorials: 🤍 Organic Chemistry Tutorials: 🤍 Biochemistry Tutorials: 🤍 Biology/Genetics Tutorials: 🤍 Biopsychology Tutorials: 🤍 Microbiology/Infectious Diseases Tutorials: 🤍 Pharmacology Tutorials: 🤍 History of Drugs Videos: 🤍 Immunology Tutorials: 🤍 EMAIL► ProfessorDaveExplains🤍gmail.com PATREON► 🤍 Check out "Is This Wi-Fi Organic?", my book on disarming pseudoscience! Amazon: 🤍 Bookshop: 🤍 Barnes and Noble: 🤍 Book Depository: 🤍
Spotify: 🤍 Itunes: 🤍 Rustage: Instrumental/Production/Lyrics/Vocals Tophamhat-Kyo: Lyrics/Vocals AoShift: Video ShoutoTdrk: Art ・TOPHAMHAT-KYO (FAKE TYPE.) Youtube：🤍 Twitter：🤍 Instagram：🤍 ・RUSTAGE I stream on Twitch: 🤍 Follow me on twitter: 🤍 Join The Rustage Crew: 🤍 Get your Merch: 🤍 Support me on patreon: 🤍 Follow me on Instagram: 🤍 Check out my Website: 🤍 Alucard (アーカード Ākādo?) is the main protagonist of the Hellsing series created by Kouta Hirano. He is the most powerful weapon of the Hellsing Organization which works against vampires and other such supernatural forces. Alucard is no mere vampire; it has been implied that he is the most powerful vampire alive and may be the most powerful character in the series, rivaled only by The Captain and Alexander Anderson.
Researchers just made a blood test for anxiety. It’s the latest development in a project that might help improve how we treat mental health conditions… If you like this video, you might like our recent video on cancer detection: 🤍 And if you like optimistic stories about tech, the best thing you can do to support us is to subscribe :) #shorts #tech #science #medicine
Watch the official music video for Blood by My Chemical Romance remastered in 4K to celebrate the 15th anniversary of the album The Black Parade. 🔔 Subscribe to the channel: 🤍 Download/stream The Black Parade here: 🤍 Follow My Chemical Romance: Web: 🤍 Instagram: 🤍 Facebook: 🤍 Twitter: 🤍 My Chemical Romance is a rock band renowned for their hits “Welcome To The Black Parade,” “Teenagers,” “Helena,” “Famous Last Words,” “The Ghost Of You,” “Na Na Na,” and “I Don’t Love You.” They worked with artists like Brian May, Green Day, and The Used — amassing billions of global streams and received multi-platinum certifications. Lyrics: Well, they encourage your complete cooperation Send you roses when they think you need to smile I can't control myself, because I don't know how And they love me for it, honestly, I'll be here for a while So give them blood, blood, gallons of the stuff Give them all that they can drink, and it will never be enough So give them blood, blood, blood Grab a glass, because there's going to be a flood A celebrated man amongst the gurneys They can fix me proper with a bit of luck The doctors and the nurses, they adore me so But it's really quite alarming, 'cause I'm such an awful fuck (Oh, thank you!)I gave you blood, blood, gallons of the stuff I gave you all that you can drink, and it has never been enough I gave you blood, blood, blood I'm the kind of human wreckage that you love! #OfficialMusicVideo #MCR #Blood #WeAreWarnerRecords
Listen to Your Blood: 🤍 Listen to more from AURORA: 🤍 Sign Up To The Mailing List: 🤍 Merch: 🤍 CONNECT WITH AURORA... Instagram: 🤍 Twitter: 🤍 Facebook: 🤍 TikTok - 🤍 Spotify - 🤍 Apple - 🤍 Deezer - 🤍 Amazon - 🤍 Pandora - 🤍 Director : Kaveh Nabatian 1st assistant director : Florelle Del Burgo 2nd assistant director : Laurie Aerts Production : Neuf Cinq Films inc. Producers : Alexe Laroche, Zion Lipstein-Saffer Production coordinator : Louis Cabanac Director of photography : Simran Dewan 1st assistant camera : William Tétreault Steadicam operator : Benoit C. Gauthier DIT : Joshua Rosenbaum BTS Photographer : Anthony Simoneau-Dubuc Gaffer : Abel Gauthier Best boy electric : Pascal Dulude-De Broin, Kevin Bellegarde, Jonathan Pouliot, Eugène Pilon Key grip : Lucas Navennec Grips : Kim Larouche, Maxime Frechette, Clara Gagnon Set designer : Arige Mahmoud Assistant set designer : Bruno-Pierre Houle Set design technicien ; Martin Lavigne, Charles-Antoine Bouchard Blondeau Stylist : Juliette Bourbonnière MUA : Mary Jane Khalife MUA assist : Heba Younes Production assistants : Jeremy Gribbin, Andréa Thibault, Riley Siemens Editor : Kaveh Nabatian Coloriste : Julien Alix, Post-Moderne post-production Special thanks : Samuel Caron, Studio Grandé, Cinépool, Grandé Caméra, DE LUX S.E.N.C, Benjamin Granet, Post-Moderne Post-Production, Pâtisserie Rhubarbe Casting Choreographer and dancer : Mistaya Hemingway Dancer 2 : Béatrice Larouche Dancer 3 : James Viveiros Dancer 4 : Lael Stellick Dancer 5 : Axelle Munezero Dancer 6 : Aicha BenChaâboune Music video by AURORA performing Your Blood. A Decca Records Recording; © 2023 Universal Music Operations Limited 🤍
Ever wondered what your blood is made of? Red blood cells, white blood, platelets and plasma! Learn what each of these components does and how we can replace it with artificial blood.
Now that we've talked about your blood vessels, we're going to zoom in a little closer and talk about your blood itself. We'll start by outlining the basic components of blood including erythrocytes, leukocytes, platelets, and plasma as well as the basic process of hemostasis that stops bleeding, and how antigens are responsible for the blood type that you have. By the end of this episode, you should be totally prepared for your next blood drive. Pssst... we made flashcards to help you review the content in this episode! Find them on the free Crash Course App! Download it here for Apple Devices: 🤍 Download it here for Android Devices: 🤍 Chapters: Introduction: Let's Talk Blood 00:00 How Blood Donation Works 2:00 Blood Components: Erythrocytes, Leukocytes, Platelets, and Plasma 3:00 Plasma - Electrolytes 3:38 Plasma Proteins 4:03 Hemostasis: How Bleeding Works 4:30 Antigens & Blood Types 6:21 Review 9:05 Credits 9:32 * Crash Course is on Patreon! You can support us directly by signing up at 🤍 Thanks to the following Patrons for their generous monthly contributions that help keep Crash Course free for everyone forever: Mark, Jan Schmid, Simun Niclasen, Robert Kunz, Daniel Baulig, Jason A Saslow, Eric Kitchen, Christian, Beatrice Jin, Anna-Ester Volozh, Eric Knight, Elliot Beter, Jeffrey Thompson, Ian Dundore, Stephen Lawless, Today I Found Out, James Craver, Jessica Wode, Sandra Aft, Jacob Ash, SR Foxley, Christy Huddleston, Steve Marshall, Chris Peters Want to find Crash Course elsewhere on the internet? Facebook - 🤍 Twitter - 🤍 Tumblr - 🤍 Support Crash Course on Patreon: 🤍 CC Kids: 🤍
Just added Detroit, Chicago, Philadelphia and Raleigh to the Comedy Tour! See you March 30th Oxnard! 🤍 Buy Dr. Socko hospital grip socks: 🤍 Looking for Blue MuFKR Hoodies? 🤍 Find me on TikTok: 🤍 Instagram: 🤍 Twitter: 🤍 Facebook: 🤍 P.O. Box: 532308 Los Angeles CA 90053
Gangrene is death of body tissue due to a lack of blood flow - commonly affecting arms, legs, toes and fingers. Conditions that damage blood vessels (diabetes or hardened arteries), increase the risk of #gangrene . Treatment of gangrene typically includes antibiotics, oxygen therapy, surgery to restore blood flow and even removal of dead tissue. #frostbite #fingerinjury
Let's learn about human blood with this video. For more videos go to: 🤍 Thanks for watching
Official Ninja Nerd Website: 🤍 Ninja Nerds! Join Professor Zach Murphy for our two part lecture series on erythropoiesis. In the first part of this lecture we discuss the location where erythropoiesis occurs, the stimulus required for the production of red blood cells, the stem cells involved in this process, and the vitamins, nutrients, and minerals needed to have erythropoiesis occur. We hope you enjoy this lecture and be sure to support us below! References: ● Alila Medical Media. Shutterstock Hematopoiesis Bone Marrow [digital image] 🤍 ● European Pharmaceutical Review. Red blood cells with ability to deliver drugs. 2020. [digital image] 🤍 ● Erythropoietin and the control of erythropoiesis. Learn Haem. 2019. [digital image] 🤍 ● Keep Maturation on Track. [digital image] 🤍 ● Oxford University Press. Gaskell & Rostron: Therapeutics and Human Physiology. [Quiz] 🤍 ● Blood circulation. MCQ Biology. [Quiz] 🤍 ● Le T, Bhushan V, Sochat M, Chavda Y, Zureick A. First Aid for the USMLE Step 1 2018. New York, NY: McGraw-Hill Medical; 2017 ● Marieb EN, Hoehn K. Anatomy & Physiology. Hoboken, NJ: Pearson; 2020. ● Boron WF, Boulpaep EL. Medical Physiology.; 2017. ● Urry LA, Cain ML, Wasserman SA, Minorsky PV, Orr RB, Campbell NA. Campbell Biology. New York, NY: Pearson; 2020. ● Jameson JL, Fauci AS, Kasper DL, Hauser SL, Longo DL, Loscalzo J. Harrison's Principles of Internal Medicine. New York etc.: McGraw-Hill Education; 2018. ● Sabatine MS. Pocket Medicine: the Massachusetts General Hospital Handbook of Internal Medicine. Philadelphia: Wolters Kluwer; 2020. Join this channel to get access to perks: 🤍 APPAREL | We are switching merchandise suppliers. DONATE PATREON | 🤍 PAYPAL | 🤍 SOCIAL MEDIA FACEBOOK | 🤍 INSTAGRAM | 🤍 TWITTER | 🤍 🤍NinjaNerdSci DISCORD | 🤍 #ninjanerd #Erythropoiesis #Hematology
#Blood #blood_cell #function_of_blood #blood_cell #Blood_anatomy #blood_physiology Short Discription about Video. _ In this video I discribed about blood blood components and blood cell and also explain about plasma proteins as albumin, globin, fibrinogen and discribe about function of blood. Video highlights in English. What is blood ? Blood components ? Function of blood ? Types of blood cell ? What is pleasma protein ? What is albumin ? What is globulin ? What is fibrinogen ? What are the functions of blood ? What is blood explain blood? What are the 3 types of blood? What are the 7 types of blood? What are the 5 components of blood? What are the 4 main functions of blood? What are the 4 cells in blood? What are the 3 blood cells? What is the function of blood cells in the body? What are the types of blood cells and their functions? What are the 7 types of blood cells? What are the 7 components of blood? What are the 3 types of plasma proteins? What are plasma proteins? What are examples of plasma proteins? What are the three plasma proteins and their functions? What does the albumin do? What does albumin high mean? What do low albumin levels mean? What is normal level of albumin in blood? What does it mean if globulin is high? What does globulin do in the body? What is a concerning globulin level? What causes low globulin levels? Why is RBC called cell? Is RBC living cell or dead cell? Why red blood cells have no nucleus? Why red blood cells have no nucleus? What are the 4 types of blood cells? What are the 7 types of blood cells? What is the age of red blood cell? Why are RBCs destroyed after 120 days? Why is RBC lifespan 120 days? What is WBC and its function? What are the 5 types of white blood cells and their functions? What is the normal WBC cell count? Why WBC is a single cell? What does it mean when your neutrophils are high? What does it mean if my neutrophils are low? What is the function of a neutrophil? What is normal neutrophils percentage? What happens if eosinophil count is high? What causes eosinophil count high? What does eosinophil count tell you? What is the main function of basophils? What does it mean when basophils are low? What causes basophils to be high? What is normal basophils percentage? What does it mean when you have lymphocytes high? What does it mean if lymphocytes low? Is it better to have high or low lymphocytes? What level of lymphocytes is normal? What does it mean when your monocyte is high? What does it mean if your monocytes are low? Should I be worried if my monocytes are high? What is the function of monocyte? _ हिंदी हाईलाइट ऑफ वीडियो। रक्त कौन कौन से पदार्थ से मिलकर बनता है? रक्त क्या है रक्त के कार्य? मानव शरीर में रक्त को शुद्ध कौन करता है? ब्लड कितने प्रकार के होते हैं उनके नाम? रक्त क्या है रक्त के कार्य? मानव शरीर में रक्त को शुद्ध कौन करता है? ब्लड कितने प्रकार के होते हैं उनके नाम? हीमोग्लोबिन का निर्माण कहाँ होता है? रक्त में कौन सा उत्तक पाया जाता है? रक्त कोशिका कितने प्रकार के होते हैं? रक्त की सबसे बड़ी कोशिका कौन सी है? रक्त का मुख्य कार्य क्या है? रक्त में कौन कौन से गुण पाए जाते हैं? रक्त का मुख्य कार्य क्या है? रक्त में कौन कौन से गुण पाए जाते हैं? रक्त में कितनी कणिकाएं होती हैं? रक्त को कितने भागों में बाँटा जा सकता है? सबसे छोटी कोशिका का नाम क्या है? स्तनधारियों के रक्त में सबसे बड़ी कोशिका कौन सी है? लाल रूधिर कणिकाएँ कहाँ पर पाई जाती हैं व उनका रंग कैसा होता है? रक्त के कार्य क्या है? शरीर में खून कहाँ बनता है? रक्त कितने प्रकार के होते हैं और कौन कौन? रक्त में क्या पाया जाता है? लाल रक्त कणिका का क्या कार्य है? रक्त कण कितने प्रकार के होते हैं? RBC नार्मल कितना होना चाहिए? रेड ब्लड सेल्स कितने होते हैं? WBC कितना होना चाहिए? WBC बढ़ने पर क्या खाना चाहिए? श्वेत रक्त कणिकाओं को सैनिक कहते हैं क्यों? लाल रक्त कोशिका तथा श्वेत रक्त कोशिका में क्या अंतर है? प्लेटलेट्स कम होने पर क्या दिक्कत होती है? शरीर में प्लेटलेट्स कितना होना चाहिए? प्लेटलेट्स बढ़ाने के लिए खाने के लिए क्या? प्लेटलेट्स की कमी कैसे होती है? _ Other video link 1. What is GTT Test. 🤍 2. What is Diabetes. 🤍 3. What is HbA1c Test. 🤍 4. What is Protein. 🤍 5. What is Carbohydrates. 🤍 6. What is Vitamins. 🤍 7. What is bone marrow examination. 🤍
Did you know that the circulatory system in your body stretches for more than 60,000 miles? In this video for kids, you will learn that this is the most important system in our bodies. It is responsible for bringing blood, nutrients, and oxygen to all parts of the body, as well as for healing wounds. You can see why this is such an important process! There are two parts that make up the circulatory system: the heart and blood vessels. Blood vessels include arteries, veins, and capillaries. The heart has four chambers total—two ventricles and two atria. The left and right ventricles of the heart are located at the bottom. These chambers pump blood out of the heart. The left and right atria at the top of the heart receive blood into the heart. Every time your heart beats, these four chambers are doing their job! The other part is the collection of blood vessels. Arteries carry blood away from the heart, veins carry blood to the heart, and capillaries connect arteries and veins. Because blood contains the nutrients and oxygen we need, our blood vessels are responsible for getting those important things to all parts of the body. As you now know, blood contains several important things. Besides nutrients and oxygen, blood also carries plasma, which is a yellowish liquid. This liquid is responsible for carrying proteins, nutrients, and hormones to the rest of the body. It is made of mostly water that comes from the food and water we consume. Plasma also carries away waste from the cells. We hope you and your student(s) enjoyed learning about these four different landforms! If you want to learn even more, head over to our website and download one of our many free lesson plans about landforms, full of activities, worksheets, and more! 🤍 🤍 What you will learn in Circulatory System for Kids: 0:00 Introduction 0:29 What the circulatory system does 1:54 Two parts of the system: heart 2:43 Different chambers of the heart 3:44 Two part of the system: blood vessels 4:57 What's inside the blood 5:39 A little about white blood cells 6:58 Review of the Facts Thank you for watching and learning with us! We’re constantly releasing new content and videos, so click that “Subscribe” button and you’ll get notified. Find and Follow Us Online: Facebook: 🤍 Instagram: 🤍 Pinterest: 🤍 YouTube: 🤍LearnBright Website: 🤍 *Teachers and Parents! Did you know? In addition to these great videos, we have also created a library of high-quality and engaging lessons for your elementary aged student(s). Visit us, sign up for a free account, and instantly you'll have access to thousands of lesson plans, learning materials, teaching instructions, activities, and assignments that your kids will really enjoy! We hope to see you soon! Browse our entire collection of Science lesson plans: 🤍 #Heart #CirculatorySystem
Thank you for watching. . . . . Copyright Disclaimer Under Section 107 of the Copyright Act 1976, allowance is made for "fair use" for purposes such as criticism, comment, news reporting, teaching, scholarship, and research. Fair use is a use permitted by copyright statute that might otherwise be infringing. Non-profit, educational or personal use tips the balance in favor of fair use
As two doctors we were honestly a bit embarrassed that we hadn’t donated before. But after experiencing how easy it was, we plan to make this a regular date night - blood donation and a dinner date after! To find out what happens to our blood after donation, I actually followed it behind the scenes to the lab. Watch the whole video here: 🤍 Thank you to the 🤍18882DONATE for allowing me to film behind the scenes and show the important work they do each day!
A small cut I received from a leech bite became slightly infected - it was the perfect opportunity to check out my white blood cells in action! Im certain you will enjoy the time-lapse of the activated white blood cells. #shorts #wbc #bloodcells #health #science #amazing #microscope
Click the "Caption" button to activate subtitle! * Cast : Ahn Jaehyeon, Koo Hyesun, Ji Jinhui Blood ep.1 - A coming-of-age story about a nice vampire who treats patients, cherishes people's lives, and struggles for justice. Ahn Jaehyun, Ji Jinhee and Koo Hyesun will join you in completely new roles. ▶Subscribe KBS World Official Pages Youtube Subscribe：🤍 Homepage: 🤍 Facebook: 🤍 Twitter: 🤍 Instagram: 🤍 Line: 🤍 Android Download : 🤍 IOS Download : 🤍
Hold onto your seats for the jaw-dropping Episode featuring Mr. Azu and Miss. Nancy! In this riotous installment, tensions between the once-friendly educators have reached an all-time high as they now harbor mutual disdain for each other. As Mr. Azu concludes his class period, a mischievous plan forms in his mind. Upon realizing that Miss. Nancy is set to take over the classroom for the next period, Mr. Azu decides to extend his teaching time by an extra two hours, cunningly intending to thwart Miss. Nancy’s class. However, chaos erupts when Miss. Nancy arrives, only to discover Mr. Azu’s devious ploy. Fuelled by anger, their simmering rivalry explodes into an outrageous, no-holds-barred showdown right in the classroom! Viewers will be treated to a spectacle of comedic clashes, witty comebacks, and uproarious antics as Mr. Azu and Miss. Nancy engage in a laugh-out-loud battle of wits and wills. Expect wild gags, unexpected twists, and an epic clash that turns the classroom into a battleground of hilarity! Join the YouTube audience to witness the clash of these feuding educators and brace yourself for a rollercoaster ride of laughter and mayhem that only Mr. Azu and Miss. Nancy can deliver! #ClassroomShowdown #TeacherBattle #EducatorFeud #ComedySkirmish #TeacherVsTeacher #ClassroomChaos #RivalryRumble #EpicTeacherClash #HilariousConflict #EducatorShowdown
Pooh Shiesty - Back In Blood (feat. Lil Durk) Stream: 🤍 Shot by 🤍JerryPHD Subscribe for more official content from POOH SHIESTY: 🤍 FOLLOW POOH SHIESTY Instagram: 🤍 Twitter: 🤍 Facebook: 🤍 LISTEN TO POOH SHIESTY Apple: 🤍 Spotify: 🤍 Soundcloud: 🤍 Audiomack: 🤍 The official YouTube channel of 1017 Records artist POOH SHIESTY. Subscribe for the latest music videos, performances, and more. #BackInBlood #PoohShiesty #LilDurk #TheNew1017
(USMLE topics) The 3 stages of hemostasis, blood clotting, bleeding disorders and formation of unwanted blood clots (thrombosis). This video is available for instant download licensing here: 🤍 ©Alila Medical Media. All rights reserved. Voice by Ashley Fleming Support us on Patreon and gain early access to our videos and FREE images downloads: patreon.com/AlilaMedicalMedia All images/videos by Alila Medical Media are for information purposes ONLY and are NOT intended to replace professional medical advice, diagnosis or treatment. Always seek the advice of a qualified healthcare provider with any questions you may have regarding a medical condition. Hemostasis is the process that controls bleeding at the site of injury. Blood loss is stopped by formation of blood clots that seal the breaks in blood vessels. Hemostatic mechanisms involve small cell fragments known as platelets and a dozen of soluble clotting factors. These elements are always present in the blood in their inactive form, ready to activate, typically within seconds of an injury. When blood vessels are damaged, blood is exposed to components of the surrounding tissue. Some of these components bind to and activate platelets. Activated platelets are involved in all stages of hemostasis: - First, they secrete chemicals that induce blood vessels to constrict, thereby reducing blood loss. This is known as vascular spasm, the most immediate response to tissue injury. Vascular spasm is also triggered by local pain receptors, and by substances released by endothelial cells. – Second, activated platelets become adhesive to each other and to the endothelium; they clump together, forming a platelet plug. They also secrete substances that attract other nearby platelets, activating them in a positive feedback loop, speeding up the formation and propagation of the plug. - Third, the surface of activated platelets serves as the site for coagulation - the formation of blood clots. A clot is essentially a platelet plug reinforced with strands of a protein called fibrin - the final product of the coagulation cascade. Coagulation is a complex chain reaction where one clotting factor activates the next in the multi-step pathway. There are 2 activation pathways for coagulation: - The extrinsic pathway starts with the exposure of blood clotting factors to the tissue factor, TF, in the extravascular tissue. This pathway is induced by injuries to blood vessels. - The intrinsic pathway, which involves only factors within blood vessels, is thought to serve as a positive feedback loop, amplifying coagulation. The 2 pathways converge into a common pathway producing thrombin and ultimately fibrin. Thrombin has the central role in the coagulation cascade. It cleaves soluble fibrinogen to generate insoluble fibrin. Thrombin also further activates platelets, and initiates a positive feedback loop that is essential for clot propagation. Blood clots prevent blood loss during wound healing, but once the vessels are repaired, they must be dissolved to restore blood flow. This process, called fibrinolysis, is a small cascade that produces the enzyme plasmin. Plasmin cleaves fibrin and dissolves the clot. Because most clotting factors are produced in the liver and their production requires vitamin-K, liver diseases such as cirrhosis, and vitamin-K deficiency may cause excessive bleeding. The main bleeding disorders, however, are inherited. These conditions are caused by gene mutations that lead to deficiency of a certain clotting factor. They are usually treated with replacement therapy, using purified factors produced by recombinant technology, or frozen platelets. While formation of blood clots is critical to control bleeding, inappropriate coagulation can be dangerous. In fact, far more people die from unwanted blood clotting than from clotting failure. Unwanted blood clot formation, known as thrombosis, is the most common cause of blocked arteries in heart attacks, strokes and pulmonary embolism. Factors that prevent inappropriate coagulation include: - Platelet-repellent property of the endothelium, - Anticoagulant factors - enzymes that prevent clot formation, - and the fibrinolysis cascade that dissolves blood clots after they are formed, Fluidity of normal blood flow also helps dilute the small amount of thrombin that forms spontaneously. Decreased flow or stagnation of blood may increase risks for thrombosis. People with high risks of unwanted blood clotting are treated with drugs that inhibit platelet aggregation, such as aspirin; or drugs that inhibit coagulation, such as heparin or warfarin.
Dig into the 4 main blood types — A, B, AB, and O — and find out why some bloods can mix while others cannot. It’s often said that despite humanity’s many conflicts, we all bleed the same blood. It’s a nice thought, but not quite accurate. In fact, our blood comes in a few different varieties. Natalie S. Hodge defines the four major blood types and sheds light on why some bloods can mix while others cannot. Lesson by Natalie S. Hodge, animation by Brad Purnell. Support Our Non-Profit Mission Support us on Patreon: 🤍 Check out our merch: 🤍 Connect With Us Sign up for our newsletter: 🤍 Follow us on Facebook: 🤍 Find us on Twitter: 🤍 Peep us on Instagram: 🤍 Keep Learning View full lesson: 🤍 Dig deeper with additional resources: 🤍
Go to 🤍 and use code IOHA to save 25% off today. Thanks to Curiosity Stream for sponsoring today’s video. How Your Blood Changes With Exercise In this video, Jonathan from the Institute of Human Anatomy discusses the unique features of blood and how exercise stimulates certain changes/adaptations in the blood that help to improve fitness and athletic performance. Cool Stuff Support/Email/Video Request/Merch 🤍 ꓥVꓥ: Anatomy Art 🤍 Coupon Code for 20% OFF: IOHA20 Video Timeline 00:00 - 00:43 Intro 00:44 - 02:05 How Nutrients & Waste Products Are Taken To & From Muscles 02:06 - 02:23 Growing New Blood Vessels - Capillaries! 02:24 - 03:09 Increasing the Amount of Blood 03:10 - 03:55 What Blood is Made Out Of 03:56 - 04:51 Making More Red Blood Cells & More Energy (ATP) 04:52 - 06:03 Be Curious! 06:04 - 07:42 Exercise Adaptations: Cardiovascular Endurance 07:43 - 08:48 Exercise Adaptations: Muscular Endurance (Strength Endurance) 08:49 - 10:35 Can This Help With Strength and Explosive Activities? 10:36 - 11:12 What Do You Think? And... Thank You!! Audio Credit: 🤍 #anatomy #exercise #blood
#khansirpatna #biology #blood #wbc #rbc #platelets #inhindi PDF LINK HERE:- 🤍 About Coaching:- Teacher - Khan Sir Address - Kisan Cold Storage, Sai Mandir, Musallah pur, Patna 800006 Call - 8757354880, 8877918018 About Video :- In this video you will find complete knowledge of blood, RBC, WBC, Platelet, shape of RBC, WBC & Platelet. Also you will know the effect of altitude on shape of RBC. You will know function of RBC, WBC & Platelet (Blood Corpuscles). You know about serum & plasma of Blood. About Khan GS Research Centre:- Here you will find General knowledge, Current Affairs, Science & Technology, History, Polity, Geography, Economics, Physics, Chemistry, Biology, Computer, Science & Technology, Defense, Space Technology, Indian Map & World Map, Social education video. Best Coaching Institute in Patna For UPSC, UPPCS, BPSC,BSSC, UPSSSC, SSC, Bank, Rly, Airforce, NDA, CDS, CPF and Other competitive Examination. Disclaimer:- Copyright Disclaimer under section 107 of the Copyright Act of 1976, allowance is made for “fair use” for purposes such as criticism, comment, news reporting, teaching, scholarship, education and research. Fair use is a use permitted by copyright statute that might otherwise be infringing.
Travel into the circulatory system to see how blood pressure helps deliver oxygen and nutrients to your body’s tissues. If you lined up all the blood vessels in your body, they’d be 60 thousand miles long. And every day, they carry the equivalent of over two thousand gallons of blood to the body’s tissues. What effect does this pressure have on the walls of the blood vessels? Wilfred Manzano gives the facts on blood pressure. Lesson by Wilfred Manzano, animation by Fox Animation Domination High-Def. Support Our Non-Profit Mission Support us on Patreon: 🤍 Check out our merch: 🤍 Connect With Us Sign up for our newsletter: 🤍 Follow us on Facebook: 🤍 Find us on Twitter: 🤍 Peep us on Instagram: 🤍 Keep Learning View full lesson: 🤍 Dig deeper with additional resources: 🤍
Like, comment, share and SUBSCRIBE! Footage from Shouly x Synaptik Ouffwhite post-release show in Amman, Jordan. Videographer: Ahmad Yassin Editor: Bilal Shouly 'Blood' on Soundcloud: 🤍 Follow Shouly & Al Basha: 🤍 Follow Synaptik: 🤍
Doctor Ricky Brown explains how doctors are able to collect your blood so quickly during a blood test using these vacuum sealed tubes called Vacutainers which quickly suck out your blood like a vampire. #shorts #doctor #medical #education #bloodtest
Click the "Caption" button to activate subtitle! * Cast : Ahn Jaehyeon, Koo Hyesun, Ji Jinhui Blood ep.2 - Illustrating the true power of the future: to control life. KBS 2TV's Monday/Tuesday drama, "Blood." ▶Subscribe KBS World Official Pages Youtube Subscribe：🤍 Homepage: 🤍 Facebook: 🤍 Twitter: 🤍 Instagram: 🤍 Line: 🤍 Android Download : 🤍 IOS Download : 🤍
Do you think you have a blood clot? 🩸 Blood clots are gel-like clumps of blood. They are beneficial when they form in response to an injury or a cut, plugging the injured blood vessel, which stops bleeding. Some blood clots form inside your veins without a good reason and don't dissolve naturally. These may require medical attention, especially if they are in your legs or are in more critical locations, such as your lungs and brain. A number of conditions can cause this type of blood clot. Medical emergency Do NOT use the Video for medical emergencies. If you have a medical emergency, call a physician or qualified healthcare provider, or CALL 911 immediately. Under no circumstances should you attempt self-treatment based on anything you have seen or read on the Video. General information is not medical advice The general information provided on the Video is for informational purposes only and is not professional medical advice, diagnosis, treatment, or care, nor is it intended to be a substitute therefore. Always seek the advice of your physician or other qualified health provider properly licensed to practise medicine or general healthcare in your jurisdiction concerning any questions you may have regarding any information obtained from this Video and any medical condition you believe may be relevant to you or to someone else. Never disregard professional medical advice or delay in seeking it because of something you have read on this Video. Always consult with your physician or other qualified healthcare provider before embarking on a new treatment, diet, or fitness program. Information obtained on the Video is not exhaustive and does not cover all diseases, ailments, physical conditions, or their treatment. #bloodclot #dvt #bloodclots #pulmonaryembolism #deepveinthrombosis #venousthromboembolism #pe #vte #stoptheclot #knowthesigns #sharetostoptheclot #knowyourrisk #communityconnection #sharemore #knowmore #varicoseveins #stroke #blood #raiseawareness #raiseyourvoice #spiderveins #togetherwecan #sclerotherapy #legs #evlt #veinclinic #london #harleystreetveinclinic #nonsurgical #noninvasive
#khansirpatna #biology #blood #wbc #rbc #platelets #inhindi PDF LINK HERE:- 🤍 About Coaching:- Teacher - Khan Sir Address - Kisan Cold Storage, Sai Mandir, Musallah pur, Patna 800006 Call - 8757354880, 8877918018 About Video :- In this video you will find complete knowledge of blood clotting (Blood Coagulation). You will know about fibrinogen, fibrin, Prothrombin, thrombin, Platelet & thumbocytes, Heparin, Hemophilia, Vitamin-K. Fuction of Vitamin-K. About Khan GS Research Centre:- Here you will find General knowledge, Current Affairs, Science & Technology, History, Polity, Geography, Economics, Physics, Chemistry, Biology, Computer, Science & Technology, Defense, Space Technology, Indian Map & World Map, Social education video. Best Coaching Institute in Patna For UPSC, UPPCS, BPSC,BSSC, UPSSSC, SSC, Bank, Rly, Airforce, NDA, CDS, CPF and Other competitive Examination. Disclaimer:- Copyright Disclaimer under section 107 of the Copyright Act of 1976, allowance is made for “fair use” for purposes such as criticism, comment, news reporting, teaching, scholarship, education and research. Fair use is a use permitted by copyright statute that might otherwise be infringing.
Embark on a musical journey through the human heart with our soulful gospel track, "The Blood Flow Song". This song will guide you through the intricate path of blood as it travels through the heart, beautifully combining music and biology to make learning fun and engaging. As we groove to the beat, let's appreciate our hearts for tirelessly pumping blood and supplying our bodies with oxygen and nutrients. Remember, taking care of our hearts ensures they continue to do their part. Enjoy the ride and don't forget to share, like, and subscribe for more heartwarming and educational content! Written by: Leslie Samuel, IG: 🤍iamlesliesamuel 🤍 Produced by: Jeffrey Monestime, IG: 🤍jmonestimemusic - 🤍 Lyrics: VERSE 1: When the blood comes from the body, it is deoxygenated And the process that will follow isn’t very complicated It’s in need of oxygen so the heart will let it in And the heart will do its job and that’s a win So it comes back to the heart, and now we start the fun From the two vena cavas to the right atrium Through the tricuspid valve it goes to the right ventricle it flows And now it’s set to go to the lungs. CHORUS: The purpose of the heart is to give us what we need All the oxygen and nutrients indeed If you take care of your heart then it will do it’s part And your heart will give you what you need. VERSE 2: Through the pulmonary artery’s how it gets to the lungs Where it picks up oxygen to go to the left atrium It’s through the pulmonary vein that it goes to the atrium And the good news is that we’re almost done. Through the mitral valve it goes to the left ventricle it flows And the final goal is to get it out Through the aortic valve it slides into the aorta it glides Now the blood is free to go along its route. CHORUS
The human heart beats up to 3 billion times over an average lifespan. Learn about the anatomy of the heart and how this muscular organ provides life-giving oxygen throughout the body. ➡ Subscribe: 🤍 #NationalGeographic #Hearts #Educational About National Geographic: National Geographic is the world's premium destination for science, exploration, and adventure. Through their world-class scientists, photographers, journalists, and filmmakers, Nat Geo gets you closer to the stories that matter and past the edge of what's possible. Get More National Geographic: Official Site: 🤍 Facebook: 🤍 Twitter: 🤍 Instagram: 🤍 Read more about Heart here: 🤍 Heart 101 | National Geographic 🤍 National Geographic 🤍