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Human Urinary System 🫘 3d animation by MWM Medical #urinarysystem #medical The human urinary system consists of the following key components: 1. Kidneys: These bean-shaped organs filter waste and excess substances from the blood to produce urine. 2. Ureters: Tubes that transport urine from the kidneys to the bladder. 3. Bladder: A muscular sac that stores urine until it's ready to be expelled from the body. 4. Urethra: A duct that carries urine from the bladder to the external body, allowing it to be eliminated. The urinary system plays a vital role in maintaining the body's balance of fluids and electrolytes while removing waste products from metabolism. Don't forget to Subscribe our YouTube channel and click on Bell 🔔 icon #medical #urinarysystem #kindey #ureter #urethra #human

In this video you will see inside video of operation Theater while the team is working inside it #Operation #theater #OT #Management #Reels #shorts

Fluid Calculation Formula by weight in urdu hindi by Anesthesia Technologist | Fluid Calculation in this video i will guide you through various fluid calculation formulas, emphasizing the importance of considering weight as a key factor in determining appropriate fluid volumes. We will cover different scenarios and provide step-by-step instructions on how to apply these formulas effectively in practice. Stay tuned for informative videos, practical demonstrations, and insightful discussions to enhance your understanding of fluid calculation techniques specific to anesthesia technology. Our goal is to empower anesthesia technologists with the knowledge and skills necessary to make informed decisions and provide optimal patient care. Subscribe to our channel and join our community of anesthesia technologists as we explore the intricacies of fluid calculations by weight, sharing valuable insights and promoting best practices in the field. Let's advance our knowledge together and ensure the highest standards of care for our patients. #FluidCalculation #WeightBasedFluids #AnesthesiaTechnologist #PatientCare #FluidManagement #MedicalCalculations #AnesthesiaTechnology #OptimalOutcomes #HealthcareEducation #MedicalProcedures Don't forget to Subscribe our YouTube channel and click on Bell 🔔 icon.

MAC Value, or Minimum Alveolar Concentration, is a measure of the potency of an inhaled anesthetic agent. It is defined as the concentration of the agent in the alveoli (air sacs in the lungs) that will prevent 50% of patients from moving in response to a surgical stimulus. MAC Values are important in anesthesia because they can be used to titrate the amount of anesthetic agent given to a patient. For example, if a patient is undergoing a minor surgery, they may only need a MAC of 0.5, while a patient undergoing a major surgery may need a MAC of 1.5. MAC Values are also used to assess the depth of anesthesia. For example, if a patient's MAC is 1.0, and they are not moving in response to a surgical stimulus, then they are considered to be at a deep level of anesthesia. Here are some of the uses of MAC Value in anesthesia: To titrate the amount of anesthetic agent given to a patient. To assess the depth of anesthesia. To compare the potency of different inhaled anesthetic agents. To predict the risk of complications during anesthesia. MAC Values are important in anesthesia because they provide a standardized way to measure the potency of inhaled anesthetic agents and to assess the depth of anesthesia. This helps to ensure that patients receive the correct amount of anesthetic agent and that they are safe during surgery. Here are some of the factors that can affect MAC Value: Age: MAC Values are lower in children than in adults. Gender: MAC Values are slightly lower in women than in men. Body mass index: MAC Values are lower in patients with a higher body mass index. Drug interactions: MAC Values can be affected by other drugs that the patient is taking. Medical conditions: MAC Values can be affected by certain medical conditions, such as heart disease or asthma. #MACValue #MinimumAlveolarConcentration #Anesthesia #AnestheticAgents #SurgicalStimulation #DepthOfAnesthesia #Potency #Titration #StandardizedMeasurement #PatientSafety Don't forget to Subscribe our channel and click on Bell 🔔 icon

Taking a patient's history involves gathering relevant information about their current condition, medical background, and any symptoms or concerns they may have. Here are some general steps to follow when taking a patient's history: Introduction: Introduce yourself to the patient and explain your role in their care. Build rapport and establish trust. Chief Complaint: Ask the patient about the main reason they sought medical attention. Encourage them to describe their symptoms or concerns in their own words. Present Illness: Explore the details of their current condition, including the onset, duration, severity, and any factors that aggravate or alleviate their symptoms. Ask about associated symptoms or any previous episodes. Medical History: Obtain information about their past medical conditions, surgeries, hospitalizations, allergies, and chronic illnesses. Ask about any medications, supplements, or treatments they are currently taking. Family History: Inquire about any significant medical conditions that run in the patient's immediate family, as these may have a genetic or hereditary component. Social History: Ask about the patient's lifestyle, including their occupation, living environment, tobacco or alcohol use, and recreational drug use. Assess their support system, including family and caregivers. Review of Systems: Ask about specific symptoms related to different body systems, even if they may not be directly related to the chief complaint. This helps to identify any additional concerns or potential underlying issues. Allergies: Determine if the patient has any known allergies to medications, foods, or environmental factors. Medications: Review the patient's current medications, including prescription drugs, over-the-counter medications, and herbal supplements. Ask about dosages and any recent changes. Conclusion: Summarize the information gathered and allow the patient to ask any additional questions or share any other relevant details. Remember to maintain a professional and empathetic demeanor throughout the history-taking process. Active listening, open-ended questions, and respectful communication are key to obtaining accurate and comprehensive information from the patient. #PatientHistoryGuide #MedicalInterviewTips #EffectiveHistoryTaking #MedicalHistoryExplained #TakingPatientHistories #MasteringPatientAssessment #ClinicalInterviewSkills #PatientCareTips #UnderstandingChiefComplaints #ComprehensiveMedicalHistory #patient

Difference between invasive and non invasive Monitoring Techniques by Anesthesia Technologist

How to set up Anesthesia drugs for general anesthesia in Operation Theater

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Cotman and lehans laryngoscopy Grading in Urdu Hindi by Anesthesia Technologist Cotman and Lehan's laryngoscopy grading is a scoring system used to assess the view of the vocal cords during laryngoscopy. The grading system ranges from 0 to 3, with a higher score indicating a better view. Grade 0: No view of the vocal cords. Grade 1: Partial view of the vocal cords. Grade 2: Good view of the vocal cords. Grade 3: Excellent view of the vocal cords. The Cotman and Lehan grading system is used to help clinicians determine the best approach for endotracheal intubation. A poor view (grade 0 or 1) may require the use of a fiberoptic laryngoscope or video laryngoscope. A good view (grade 2) may allow for direct laryngoscopy and intubation. An excellent view (grade 3) is ideal for direct laryngoscopy and intubation. Here is a table that summarizes the Cotman and Lehan grading system: Grade Description 0 No view of the vocal cords. 1 Partial view of the vocal cords. 2 Good view of the vocal cords. 3 Excellent view of the vocal cords. The Cotman and Lehan grading system is a valuable tool for clinicians who perform laryngoscopy. The grading system can help clinicians determine the best approach for endotracheal intubation and can help to improve the success rate of intubation. Here are some additional details about the Cotman and Lehan grading system: The grading system was developed in 1978 by Dr. Cotman and Dr. Lehan. The grading system is based on the amount of the vocal cords that is visible during laryngoscopy. The grading system is used to help clinicians determine the best approach for endotracheal intubation. A poor view (grade 0 or 1) may require the use of a fiberoptic laryngoscope or video laryngoscope. A good view (grade 2) may allow for direct laryngoscopy and intubation. An excellent view (grade 3) is ideal for direct laryngoscopy and intubation. The Cotman and Lehan grading system is a reliable and valid tool for assessing the view of the vocal cords during laryngoscopy. The grading system can help clinicians improve the success rate of endotracheal intubation. #anesthesia #laryngoscope #cotman #technologist

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Welcome to our channel, where we provide valuable insights and knowledge on medical topics. In this video, we delve into the critical aspect of airway assessment and introduce you to the Mallampatti grading system. Proper airway assessment is crucial in various medical scenarios, including preoperative evaluations, emergency medicine, and anesthesiology. Understanding the Mallampatti grading system plays a significant role in predicting potential difficulties during intubation and airway management. In this informative video, we begin by explaining the importance of airway assessment and its impact on patient safety. We then explore the Mallampatti grading system in detail, which is a widely used classification method to assess the oropharyngeal view and predict the ease of intubation. Our experienced medical experts break down the Mallampatti grading system into its four distinctive grades and provide visual examples to help you better understand each grade's characteristics. We also discuss the clinical implications of each grade and highlight the associated challenges and considerations for airway management. Whether you're a medical professional, a student, or simply interested in the field of medicine, this video offers valuable insights and practical knowledge that can enhance your understanding of airway assessment and the Mallampatti grading system. Don't forget to like this video, leave your comments, and share it with your colleagues and friends who might benefit from this valuable information. Subscribe to our channel for more educational content on medical topics. Thank you for watching, and we hope you find this video insightful and educational. Stay tuned for more informative content on medical topics. #AirwayAssessment #MallampattiGradingSystem #MedicalEducation #Anesthesiology #EmergencyMedicine #AirwayManagement #Intubation #OropharyngealView #PatientSafety #MedicalKnowledge #MedicalInsights #MedicineExplained #HealthcareEducation #MedicalStudents #MedicalProfessionals #MedicalCommunity #MedicineTips #ClinicalImplications #MedicalGuidance #MedicalTraining #MedicalVideos

BS Anesthesia Technology in Government and Private universities in Pakistan Part 1 (Punjab) by Anesthesia Technologist #anesthesia #BS #AnesthesiaTechnology

Book Review: Problem Solving in Surgical Technology by Anesthesia Technologist Our viewers will get a 35% discount on buying this book: You can order a book: 📖 👇 Abdul Salam Danish 0300-8065234 Or Contact Us 👇 https://chat.whatsapp.com/JLU3nlb4hTY5CAaaESAGsU For feedback: 👇 surgicaltechnology@kemu.edu.pk You can place an order on: AlFalah Publishers 👇 Yousaf Market, Ghazni Street, Urdu Bazar, Lahore 👇 042-37243377 in this video I have explained a complete review of a book 📖 name as "problem solving in soluble Technology" and I have given a link to buy this book with 35% special discount for our YouTube channel Anesthesia technology subscribers and viewers. Don't forget to Subscribe our Channel and click on Bell 🔔 icon. #anesthesia #medical #book #BookReview #ppsc

Function of APL Valve and Bellow of anesthesia Machine by Maza Aya Channel

Suxa dilution dose in Urdu Hindi explained by anesthesia Technologist #suxa #succinylcholine #anesthesia #medical don't forget to Subscribe our YouTube channel and click on Bell 🔔 icon.

How to setup A line and CVP line transducer in operation Theater In anesthesia, CVP (central venous pressure) line and A-line (arterial line) are commonly used for monitoring a patient's hemodynamic status during surgery. Here's a general guide on how to set up CVP and A-line in the operation theater: CVP Line Setup: Gather the necessary equipment, including a CVP catheter kit, sterile gloves, antiseptic solution, sterile drapes, local anesthesia, and a CVP monitoring system. Ensure aseptic technique by performing hand hygiene and wearing sterile gloves. Choose an appropriate insertion site for the CVP line. Common sites include the internal jugular vein, subclavian vein, or femoral vein. The choice depends on the patient's anatomy and the surgeon's preference. Cleanse the insertion site with an antiseptic solution, following the appropriate guidelines for skin preparation. Administer local anesthesia to the insertion site to minimize discomfort. Drape the patient with sterile drapes, creating a sterile field around the insertion site. Using the Seldinger technique, insert the CVP catheter into the selected vein under sterile conditions. Advance the catheter until the tip reaches the desired location within the central venous system (e.g., superior vena cava or right atrium). Once the catheter is in place, secure it to the skin using adhesive dressing or sutures. Connect the distal end of the catheter to a CVP monitoring system. Ensure the system is correctly calibrated and zeroed according to manufacturer instructions. Confirm proper placement and functionality of the CVP line by observing waveform tracings and measuring pressure readings on the monitoring system. A-Line Setup: Prepare the necessary equipment, including an arterial catheter kit, sterile gloves, antiseptic solution, local anesthesia, sterile drapes, transducer, pressure tubing, and an arterial pressure monitoring system. Adhere to aseptic technique by performing hand hygiene and donning sterile gloves. Adhere to aseptic technique by performing hand hygiene and donning sterile gloves. Choose an appropriate artery for arterial cannulation. Common sites include the radial artery (most common), brachial artery, femoral artery, or dorsalis pedis artery. The choice depends on patient factors, the surgical procedure, and the preference of the anesthesiologist. Cleanse the selected arterial insertion site with an antiseptic solution, following the recommended guidelines for skin preparation. Administer local anesthesia to the insertion site to minimize pain. Drape the patient with sterile drapes, creating a sterile field around the insertion site. Using the Seldinger technique, insert the arterial catheter into the chosen artery under sterile conditions. Advance the catheter until the tip is appropriately positioned within the arterial lumen. Secure the catheter to the skin using adhesive dressing or sutures. Connect the arterial catheter to a pressure transducer via sterile pressure tubing. Ensure proper calibration and zeroing of the arterial pressure monitoring system according to the manufacturer's instructions. Verify correct placement and functionality of the A-line by observing arterial waveforms and measuring pressure readings on the monitoring system. It is important to note that these instructions provide a general overview of the setup process, and actual procedures may vary depending on institutional protocols, equipment availability, and the experience of the healthcare provider. Don't forget to Subscribe our YouTube channel and click on Bell 🔔 icon. #cvp #cvproduction #aline #anesthesia

ASA Classification System by Anesthesia Technologist || What is ASA 5 classification? in Urdu Hindi The American Society of Anesthesiologists (ASA) Physical Status Classification System is a system for assessing the fitness of patients before surgery. It was first published in 1963 and has been updated several times since then. The system assigns a numerical value from 1 to 6 to each patient, with 1 being the healthiest and 6 being the sickest. The ASA Physical Status Classification System is used to help anesthesiologists and other healthcare providers assess the risks associated with surgery and anesthesia. The system is also used to communicate a patient's health status to other healthcare providers. The ASA Physical Status Classification System is not a perfect system, but it is a valuable tool for assessing patient risk. The system is easy to use and can be used to communicate a patient's health status to other healthcare providers. Here is a table of the ASA Physical Status Classification System: ASA Physical Status Definition Examples 1 A healthy patient No significant medical problems 2 A patient with mild systemic disease Controlled hypertension, diabetes mellitus, asthma 3 A patient with severe systemic disease that is not incapacitating Coronary artery disease, chronic obstructive pulmonary disease, chronic kidney disease 4 A patient with incapacitating disease that is a constant threat to life Severe heart failure, end-stage liver disease, metastatic cancer 5 A moribund patient who is not expected to live 24 hours with or without surgery Brain death, cardiac arrest 6 A declared brain-dead organ donor Deceased patient who has been declared brain-dead and whose organs are being harvested for donation Please note that the ASA Physical Status Classification System is just one tool that can be used to assess patient risk. Other factors, such as the type of surgery and the patient's age, should also be considered when assessing risk. #ASAclassification #ASA #medical #anesthesia Don't forget to subscribe our channel and click on Bell 🔔 icon.

In this video I am going to show you 3D view of human heart. Structure of human heart Anatomy of Heart Physiology and pathology of heart in 3d view #heart #anatomy #physiology #pathology #3dview #3d

Anesthesia Technology advance studies|| MPhil, MS in Anesthesia Technology in Pakistan in this video I'll explain about advance studies in MS or Mphil in anesthesia Technology. #anesthesia #mphil #MS #MSAnesthesia #technologist Don't forget to Subscribe our Channel and click on the Bell icon ☺️

What to Expect When Recovering from General Anesthesia General anesthesia is a safe and effective way to make you unconscious during surgery. But it's important to know what to expect when you wake up. In this video, I'll talk about the common side effects of general anesthesia, how to speed up your recovery, and what to do if you have a negative reaction. In this video, we'll discuss key recovery signs that indicate a patient is emerging from the effects of general anesthesia. We'll explore the physical and cognitive changes you might experience and provide valuable insights on how to recognize these signs in yourself or a loved one. Our goal is to equip you with the knowledge and understanding necessary to ensure a smooth recovery from general anesthesia. By being aware of these recovery signs, you'll have a better grasp of your body's response to anesthesia and be able to identify any potential complications. Don't forget to Subscribe our YouTube channel and click on Bell 🔔 icon. #anesthesia #generalanesthesia #technologist

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Fortress Square is a five-storey shopping mall and an entertainment complex located in Lahore Cantonment, Punjab, west of Fortress Cricket Stadium, and south of Hyperstar by Carrefour and Sozo World. The mall is home to over 100 local and international stores, a food court and a cinema

in this video you will see the beautiful natural scenery from aran khel, part lf neelum valley azad Kashmir. It was a great tour, and a great place to visit. I enjoyed a lot and recommend you to must include this place in your tour plan in 2021.

Samsung Galaxy Fold 3 and Samsung Z Flip 3 Phone in Metro Pakistan #shorts Galaxy Z Fold3 5G Get ready to unfold your world This is everything you'd want in a premium, durable, 5G smartphone.1 Then we made it unfold — revealing a massive screen so you can watch, work and play like never before. Don't forget to subscribe our YouTube channel and click on bell icon #shorts

Rock Whale 🐋 family in Thailand 🇹🇭 Hin Sam Wan (Three Whale 🐳 Rock) #shorts junglistan A rock whale family in Thailand 🐋 Aptly named Hin Sam Wan (translating to Three Whale Rock). This unique sandstone formation is over 75 million years old. From atop the whales, travelers are greeted by amazing views of the beaches of Mekong, the Phu Wua Forest and the mountains of the Pakkading district. Location: Mueang Bueng Kan District, Thailand.🇹🇭 Don't Miss to Subscribe our YouTube Channel and Click on Bell icon #mazaayachannel #shorts #3whaleRock #whale #AmazingVideo #thailand