Oxygen therapy is a treatment that provides you with supplemental, or extra, oxygen. It can help you feel better and stay active. Oxygen is a gas that is vital to human life. It is one of the gases that is found in the air we breathe.
An Ambu bag, also known as a bag valve mask (BVM), is a handheld device used to provide positive pressure ventilation to patients unable to breathe effectively on their own. It consists of a self-inflating bag, one-way valve, mask, and optional oxygen reservoir. The Ambu bag is used to manually ventilate a patient's lungs until they can breathe spontaneously or more advanced ventilation support is available. Complications can include aspiration, hypoventilation, hyperventilation, and pneumothorax if not used properly.
Chest physiotherapy involves techniques like postural drainage, percussion, and vibration to mobilize pulmonary secretions and make them easier to cough up. It aims to assist coughing, improve lung ventilation, and reeducate breathing muscles. Specific positions drain different lung lobes by gravity. Therapies are contraindicated in some injuries or conditions and require monitoring for side effects like hypoxemia, bronchospasm, or increased intracranial pressure. Proper positioning, techniques, and secretion removal are important parts of the chest physiotherapy procedure.
This document discusses oropharyngeal airways, which are curved plastic devices inserted into the mouth to prevent the tongue from blocking the airway. They are indicated for unconscious patients without a gag reflex. The proper size is selected by measuring from the corner of the mouth to the angle of the jaw. The airway should be inserted upside down and rotated sideways as it passes the tongue, then positioned with the flange at the teeth to maintain the airway. Failure to manage the airway properly can lead to preventable death, so early detection, rapid intervention and continual reassessment of the airway are important.
Incentive spirometry is a device used to encourage deep breathing through visual or other feedback. It aims to prevent or treat lung atelectasis by improving inspiratory volumes and muscle performance. It is indicated for patients at risk of lung collapse after surgery or with conditions limiting breathing. Effective use requires slow, deep breaths holding for 5 seconds, 10-15 breaths every 1-4 hours while awake. Potential risks include fatigue, hypoxemia or respiratory alkalosis if not used properly. There is low evidence for its effectiveness in preventing complications after upper abdominal surgery.
1) A chest tube is a catheter inserted through the chest wall to drain fluid or air from the pleural space.
2) Chest tubes are used to treat pneumothorax, hemothorax, and pleural effusions by removing fluid/air and restoring negative pressure in the pleural space.
3) Chest drainage systems like the one, two, and three bottle systems maintain suction and prevent fluid/air from re-entering the chest through the use of valves and fluid seals.
Nebulization is a process that turns liquid medications into mist that can be inhaled into the lungs. It is used to relieve respiratory issues like asthma attacks by delivering medication directly to the lungs. A nebulizer uses compressed air or ultrasonic power to turn liquid medications into a fine mist that patients inhale through a mouthpiece or mask. Proper positioning, instruction on inhalation technique, and monitoring for side effects are important for effective nebulization treatment.
This document discusses various oxygen delivery devices and their appropriate usage. It begins by outlining important factors to consider when selecting an oxygen delivery system, such as the concentration required, achieved concentration, accuracy, and patient comfort. Several common devices are then described in detail, including nasal cannulas, simple masks, partial and non-rebreather masks, venturi masks, tents/hoods/incubators, bag-valve-masks, pulse dose cannulas, and concentrators. Each device is evaluated based on the concentration delivered, flow rate, advantages, disadvantages, and appropriate nursing interventions.
This document discusses the care of patients with chest tubes. It covers definitions of chest tubes, their purposes and indications. It also outlines nursing responsibilities for chest tube patients, including positioning, maintenance and post-procedure care of chest tubes. Potential complications are mentioned. The document provides guidance for nurses on the clinical management of patients with chest tubes.
i have prepared this ppt. from various Books as a refrences as well as uses of web pages and explain and modify in simplify language which are easily understand by medical or para medical personnel..thank you..
Oxygen Therapy, Indications, procedure, precautions, different ways of oxygen delivery
Presented by Ganga Tiwari (BSC. Nursing Fourth Year , TU, IOM, MNC, Kathmandu Nepal)
A nasopharyngeal airway, also known as an NPA, nasal trumpet (because of its flared end), or nose hose, is a type of airway adjunct, a tube that is designed to be inserted into the nasal passageway to secure an open airway
Oxygen therapy involves administering oxygen at concentrations higher than in the air to treat various medical conditions. There are various methods of oxygen delivery including nasal cannulas, face masks, venturi masks, and tents. The goal is to increase oxygen saturation levels in the blood. Potential complications include oxygen toxicity if delivered at too high of a concentration for too long. Precautions must also be taken due to the flammability of oxygen.
This document provides information on nasogastric tube insertion and feeding. It defines nasogastric tube insertion as the passage of a tube through the nose or mouth into the stomach. It then discusses the purposes, principles, indications, contraindications, instructions, equipment, and procedures for nasogastric tube insertion and feeding. The key steps involved in nasogastric tube feeding are confirming proper tube placement in the stomach, administering nutrients or medications through the tube slowly by gravity or pump, and providing aftercare to the patient.
This document discusses endotracheal intubation, including what it is, its indications, required equipment, techniques, confirmation, ventilation, complications, and extubation. Endotracheal intubation involves placing a tube into the trachea to secure the airway and provide oxygen or ventilation support during procedures like general anesthesia, CPR, or ICU care. The document outlines sizes of tubes for different age groups and describes how to properly position and intubate a patient while visualizing the vocal cords using a laryngoscope.
This document provides information on oxygen administration including definitions, sources, purposes, indications, precautions, equipment, and methods. It defines oxygen administration as supplementing oxygen at a higher concentration than atmospheric air. Therapeutic oxygen sources are wall outlets and cylinders. Oxygen is administered through masks or nasal cannulas to treat conditions like respiratory distress and hypoxia. Precautions include avoiding sparks and open flames near cylinders. The two main methods described are mask administration and nasal cannula administration, including equipment requirements and step-by-step procedures.
Endotracheal intubation involves placing a flexible plastic tube into the trachea to maintain an open airway or administer drugs. It is used to administer oxygen, remove secretions, ventilate the lungs, and treat respiratory failure. Indications include CNS depression, neuromuscular disease, chest injuries, airway obstruction, and aspiration risk. The procedure requires a laryngoscope, ET tube, suction equipment, and securing the tube once placed to ventilate the lungs. Complications can include injury and intubation in the wrong airway.
INTRAMUSCULAR INJECTION
IM Injection (Introduction, Definition, Purpose, Technique, Rights of Medication, Z-Track Method, Equipment, Procedure and Responsibilities)..
Bag and mask ventilation is a basic airway management technique used to oxygenate and ventilate patients until a more definitive airway can be established. It involves manually squeezing an ambu bag attached to a face mask to deliver breaths. Key aspects of bag and mask ventilation include maintaining a proper seal and head position, delivering appropriate volume and rate of breaths, and assessing ventilation effectiveness through chest rise and oxygen saturation. While bag and mask is preferred for prehospital airway support in pediatrics, it has limitations and risks if ventilation is inadequate or contraindications like upper airway obstruction are present.
Bag and Mask Ventilation By Sakun Rasaily @Ram K Dhamalaramdhamala11
Bag and mask Ventilation Presented by Sakun Rasaily,
(Pediatric Nurse, Pediatric ward , B.P. Koirala Institute of Health Science
Dharan, Sunsari (Nepal)
Oxygen therapy involves administering oxygen at concentrations higher than in the air to treat low oxygen levels in the blood. It can be used for various conditions like respiratory failure, heart failure, and shock. Oxygen must be prescribed with the concentration, flow rate, and duration. It is delivered through various devices like nasal cannulas, oxygen masks, tents, and venturi masks. Safety precautions are needed as oxygen is flammable. Proper assessment, planning, and technique are required to administer oxygen therapy effectively and prevent complications like oxygen toxicity.
Oxygen therapy involves administering oxygen at concentrations higher than 21% found in air. It is used to treat conditions that reduce oxygen levels in the blood such as respiratory failure, heart failure, and trauma. Oxygen can be delivered via nasal cannula, face masks, hoods, tents and other devices. Care must be taken to ensure the proper flow rate and concentration are used and safety precautions followed due to the flammability of oxygen. Potential side effects include oxygen toxicity if used at high concentrations for long periods.
O2 administration, it types and nurses responsibilitiesAnandh Perera
Oxygen therapy is the administration of oxygen at concentrations greater than 21% to treat conditions like hypoxia and respiratory failure. It can be delivered through nasal cannulas, masks, tents, or ventilators. Precise monitoring is needed to ensure safe and effective delivery while avoiding toxicity from high concentrations over long periods.
Oxygen therapy is the administration of oxygen at a concentration greater than 21% found in air. It is used to treat conditions that cause low oxygen levels in tissues. Various devices are used to deliver oxygen including nasal cannulas, face masks, venturi masks, tents and hoods. Precautions must be taken when using oxygen due to its flammability such as keeping it away from sparks or flames. Proper assessment, equipment selection and administration technique are important to ensure patient safety and comfort during oxygen therapy.
Group members: Nur Amiraini Bt Ismail, Nur Fatiha Bt Ahmad Yazid, Nurul Amira Izzati Bt Matsalleh, Siti Nor Syafawani Binti Mohd Syah.
The document defines oxygen therapy as the administration of oxygen at concentrations higher than room air to prevent hypoxemia. It then discusses various types of oxygen delivery systems including nasal cannulas, masks, venturi masks, and infant hoods. It also covers different oxygen sources like oxygen concentrators and liquid oxygen tanks. The purpose is to increase oxygen saturation in tissues where levels are too low due to illness or injury.
This document provides an overview of oxygen therapy, including key information about its discovery, importance, delivery methods, and equipment. It discusses five situations where oxygen is needed, describes common delivery devices like nasal cannulas and masks, and explains key oxygen system components like cylinders, regulators, flow meters, and humidifiers. The document also covers suction equipment and its role in oxygen therapy.
oxygen is a medication. oxygen therapy must be known to all health professionals for optimum management of patient and optimum use of resourses. even more oxygen can cause oxygen toxicity and can harm the patient in many ways. There are various methods for giving oxygen,varieties of face masks, cylinders. also there is criteria when to give oxygen ,how to give oxygen,what are the benefits and mechanism of oxygen therapy.
Optimisation of oxygen dissipation system.pptxKumariSneha13
The document discusses SARS-CoV-2, the virus that causes COVID-19, and how it infects and travels through the respiratory tract. It outlines how the virus enters the body through mucous membranes and hijacks cells to replicate. It then describes various oxygen therapy options for COVID-19 patients, including nasal cannulas, masks, hoods, tents and concentrators. Risks of too much or too little oxygen are mentioned.
Breathing circuits connects the patient to the anaesthesia machine through endotracheal tube or mask.
A pathway in which volatile agents and oxygen is delivered and co2 is removed.
These are divide into: Open system
Semi-closed system
Closed system
Care of gas exchange and respiratory function careslideshareacount
This document discusses non-invasive respiratory therapies for oxygen therapy. The goal of oxygen therapy is to provide adequate oxygen while decreasing the workload of breathing and reducing heart stress. Oxygen therapy is indicated for changes in respiratory rate/pattern, hypoxemia (decreased oxygen in blood), or hypoxia (decreased oxygen to tissues). Oxygen can be administered via nasal cannula, mask, or other devices. Nurses should educate patients on oxygen safety and ensure proper administration to maximize benefits and avoid complications like oxygen toxicity or suppressed breathing.
Seminar Presentation on Oxygen Administration.pptxRebiraWorkineh
Oxygen therapy is used to treat conditions caused by low oxygen levels in the blood. It works by delivering oxygen through devices like nasal cannulas, masks, and ventilators at higher percentages than is found in regular air. The goals are to increase oxygen in the tissues and relieve symptoms. Different devices are used depending on the needed oxygen concentration and flow rate, ranging from low flow nasal cannulas for lower amounts to venturi masks or ventilators for higher amounts. Nurses must carefully monitor patients on oxygen therapy and watch for side effects like drying of tissues or oxygen toxicity from levels that are too high.
This document provides information about oxygen therapy, including:
1. It discusses the anatomy and physiology of respiration and defines oxygen therapy as the administration of oxygen at a higher concentration than in the atmosphere.
2. The types of oxygen delivery discussed are nasal cannula, face masks, face tents, and transtracheal oxygen delivery. Humidification is also addressed.
3. Nursing responsibilities in administering oxygen therapy are outlined, such as explaining the therapy to patients and demonstrating safe oxygen use. Monitoring patients' response to therapy and pulse oximetry readings are also covered.
Oxygen therapy involves administering oxygen at concentrations higher than 21% found in room air. It is done through various devices to treat low blood oxygen levels. Nasal cannulas and masks are commonly used to deliver oxygen to patients. Proper precautions must be taken when using oxygen, such as no smoking signs, checking for leaks, and changing cannulas regularly. The document provides details on different oxygen delivery methods and safety procedures for oxygen therapy.
This document discusses various oxygen delivery devices and their indications. It describes low flow devices like nasal cannulas and masks that can deliver oxygen concentrations from 24-44% depending on flow rate. High flow devices like venturi masks and bag valve masks can deliver fixed high concentrations from 35-100%. Key factors in choosing a device include the needed oxygen level, humidification needs, patient comfort and breathing pattern. The document provides details on how each device works and guidelines for safe operation.
The document discusses airway anatomy, assessment, and management. It describes the upper and lower airways, signs of obstruction, techniques for clearing the airway, and use of airway adjuncts like oropharyngeal and nasopharyngeal airways. It also covers oxygen therapy using devices like nasal cannulas, masks, and bag valve masks to provide supplemental oxygen in an emergency situation. Proper airway management and oxygen administration are critical skills for healthcare providers responding to respiratory distress or an unconscious athlete.
This document discusses oxygen therapy, including its indications, goals, delivery systems, and safety precautions. It describes conditions for which supplemental oxygen is used, such as hypoxemia, heart failure, and impaired gas exchange. The document outlines different oxygen delivery systems including nasal cannula, face masks, partial and non-rebreather masks. It emphasizes the importance of safety when using oxygen cylinders, such as securing cylinders, avoiding heat sources and static electricity, and prohibiting smoking around oxygen equipment. The goal of oxygen therapy is to treat hypoxemia, decrease work of breathing, and reduce myocardial work.
This document discusses various oxygen delivery devices and oxygen therapy. It begins by explaining that supplemental oxygen is sometimes needed when 21% room air oxygen is not enough. It then describes different oxygen delivery devices like nasal cannulas, simple face masks, non-rebreather masks, venturi masks, oxygen hoods and their appropriate uses. Nursing responsibilities for oxygen therapy are outlined. Tables provide information on relating oxygen flow rates to estimated fraction of inspired oxygen (FiO2) for different devices.
Oxygen inhalation involves providing supplemental oxygen to patients with low blood oxygen levels. It treats hypoxemia and relieves symptoms caused by oxygen deficiency, though it does not address underlying causes. The main purposes of oxygen inhalation are to manage hypoxia and maintain adequate oxygen tension and oxygenated hemoglobin in the blood. Common indications include cyanosis, breathlessness, anemia, and conditions affecting oxygen utilization like pneumonia. Proper administration requires an oxygen source, delivery devices, a humidifier and flow meter. Methods include nasal catheters, masks, and tents. Complications can include infection, drying, combustion, oxygen toxicity, and lung damage in premature infants. Close monitoring and safety precautions are important when providing
The document discusses programs run by the Philippines Department of Health (DOH) related to family planning. It describes the DOH's Family Health Office, which operates health programs to improve family health. These include the National Safe Motherhood Program, Family Planning Program, Child Health Program, and others. It provides details on objectives, components, and services offered by the National Safe Motherhood Program and National Family Planning Program, which aim to improve maternal and child health and allow individuals to plan family size.
ORTHOPEDIC NURSING: CARE OF THE CLIENT WITH MUSCULO-SKELETAL DISORDERRommel Luis III Israel
The document discusses orthopedic nursing and provides information on musculoskeletal anatomy and physiology. It describes the three types of muscles, tendons, ligaments, bones, joints, and other musculoskeletal structures. It then covers assessment of the musculoskeletal system through history, physical examination including gait, posture, and range of motion. Common laboratory procedures used to assess the musculoskeletal system are also outlined such as bone marrow aspiration, arthroscopy, bone scan, and DXA scan. The nursing management of common musculoskeletal problems like pain, impaired mobility, and self-care deficits are summarized. Modalities used including traction and casting are described. Finally, common musculoskeletal conditions like osteoporosis are briefly discussed.
This document discusses common laboratory procedures used to evaluate alterations in the endocrine system. It describes assays that measure hormone levels in the blood, including stimulation and suppression tests. It provides examples of how thyroid hormone levels can indicate hypo- or hyperthyroidism. Tests are also described for radioactive iodine uptake, thyroid scans, basal metabolic rate, fasting blood glucose, oral glucose tolerance, and glycosylated hemoglobin A1C. The purpose, procedure, and interpretation of results are covered for each test.
This document provides information about end of life care. It discusses key aspects of end of life care including physical and psychological manifestations at the end of life, the goals of end of life care which are to provide comfort, improve quality of remaining life, and ensure a dignified death. It also discusses variables that can affect end of life care like cultural and spiritual needs as well as nursing management of end of life care.
This document discusses cirrhosis of the liver, liver cancer, and hepatitis. It provides information on the causes of cirrhosis including alcohol, viral hepatitis, and non-alcoholic fatty liver disease. Symptoms of cirrhosis include jaundice, fatigue, bruising, and abdominal swelling. The complications of cirrhosis are also examined, such as bleeding from varices and hepatic encephalopathy. Treatment focuses on preventing further liver damage, managing complications through medications and procedures, and potentially liver transplantation for severe cases.
This document discusses the components and process of nursing diagnosis. It begins by outlining the 5 components of the nursing process: assessment, diagnosis, planning, implementation, and evaluation. It then focuses on the diagnostic phase, explaining the differences between medical and nursing diagnosis. It provides details on the types of nursing diagnoses according to client status, and how nursing diagnoses are formulated using NANDA terminology and diagnostic statement structures. Factors involved in analyzing data, determining strengths, and prioritizing diagnoses are also summarized.
TEST BANK For Radiologic Science for Technologists, 12th Edition by Stewart C...rightmanforbloodline
TEST BANK For Radiologic Science for Technologists, 12th Edition by Stewart C Bushong, Verified Chapters 1 - 40, Complete Newest Version.pdf
TEST BANK For Radiologic Science for Technologists, 12th Edition by Stewart C Bushong, Verified Chapters 1 - 40, Complete Newest Version.pdf
PRESCRIBING II - FUNDAMENTALS OF PRESCRIBING MODULE Part II.pptxWifem1
As per INC revised syllabus IV semester students are having prescription module. Its related to that prescription module. IV semester student will be benefited by this. This ppt deals about basic information of prescription module why we need to study, why the nurses in need of writing prescription
The Future of Ophthalmology: Dr. David Greene's Stem Cell Vision RestorationDr. David Greene Arizona
The future of ophthalmology is bright, thanks in large part to the pioneering work of Dr. David Greene. His advancements in stem cell therapy offer a beacon of hope for those suffering from vision loss. As research progresses, we can look forward to a world where restoring sight is not just a possibility, but a reality.
TEST BANK for Timby's Fundamental Nursing Skills and Concepts 12th Edition.pdfrightmanforbloodline
TEST BANK for Timby's Fundamental Nursing Skills and Concepts 12th Edition.pdf
TEST BANK for Timby's Fundamental Nursing Skills and Concepts 12th Edition.pdf
Solution Manual For Fundamentals of Financial Accounting, 8th Edition 2024 by...rightmanforbloodline
Solution Manual For Fundamentals of Financial Accounting, 8th Edition 2024 by Fred Phillips.pdf
Solution Manual For Fundamentals of Financial Accounting, 8th Edition 2024 by Fred Phillips.pdf
Yoga Therapy
Great advances in medical science over the past century have reduced the incidence of most of the physical diseases that have plagued humanity for centuries. Ever-better drugs and surgical techniques have led to the eradication of most infectious diseases and the control of many metabolic disorders. Soon even routine genetic interventions may be possible. But these techniques are less than effective against the new and ever-more-common causes of ill health-chronic stress and psychosomatic ailments.
Conventional medicine, by concentrating on a physical and mechanistic approach to healing, can do little to relieve
We Care About Your Pets At Abdullahblogs.comAbdullahblogs
At Abdullahblogs.com You can Know Better About Your Dog Health We Care for Your Pets We strongly Care About Your Pets.
Caring for dogs involves a combination of essential practices to ensure their health, happiness, and overall well-being. Here’s a comprehensive guide on how to care for your canine companion:
1. **Nutrition**: Provide a balanced diet suitable for your dog’s age, size, and activity level. High-quality commercial dog food or a vet-approved homemade diet should include protein, carbohydrates, fats, vitamins, and minerals. Ensure access to fresh water at all times.
2. **Exercise**: Regular physical activity is crucial for a dog’s physical and mental health. The amount and type of exercise vary by breed and age, but daily walks, playtime, and interactive activities like fetch or agility training are beneficial.
3. **Grooming**: Regular grooming helps maintain your dog’s coat, skin, and overall hygiene. Brushing, bathing (as needed), nail trimming and dental care (brushing teeth regularly) are essential. Long-haired breeds may require more frequent grooming.
4. **Veterinary Care**: Schedule regular check-ups with a veterinarian for vaccinations, parasite control (fleas, ticks, worms), and overall health assessments. Early detection of health issues can prolong your dog’s life and reduce treatment costs.
5. **Training and Socialization**: Basic obedience training (sit, stay, come) improves behavior and strengthens the bond between you and your dog. Socialization with other dogs and people from an early age helps prevent behavioral problems.
6. **Safe Environment**: Create a safe and comfortable living environment for your dog. Provide a cozy bed or crate, access to shelter from extreme weather conditions, and secure, hazard-free outdoor areas. Be cautious of toxic substances, plants, and foods harmful to
dogs.
7. **Love and Attention**: Dogs thrive on companionship and affection. Spend quality time with your dog, offering praise, cuddles, and interactive play. Mental stimulation through toys, puzzles, and new experiences keeps them engaged and happy.
8. **Monitoring Health**: Watch for signs of illness or discomfort such as changes in appetite, energy levels, or bathroom habits. Promptly address any concerns by consulting your veterinarian.
9. **Responsible Ownership**: Adhere to local regulations regarding dog ownership, including licensing and identification (microchipping). Respect others by preventing excessive barking and picking up after your dog in public spaces.
10. **Emergency Preparedness**: Have a plan in case of emergencies, including natural disasters or sudden health crises. Keep a first aid kit for pets and know where the nearest emergency veterinary clinic is located.
By following these guidelines, you can ensure that your dog lives a happy, healthy life as a cherished member of your family.
NATURAL, COLORFUL, YUMMY COSMETICS BRAND FOR YOUR BEAUTYzcodebro
Organic Mimi is a real treat for skin and hair care. A healthy and pleasant pampering experience when you want to indulge yourself with organic natural ingredients for skin beauty and delicious fragrances for cheerful mi-mi mood. Our products are "no-fuss": pure formulations and simple application ensure your skin's basic needs for hydration, nourishment and protection are covered. Fun packaging, reminiscent of ice-cream cups, and mimi-aromatherapy turn your everyday skincare routine into a genuine beauty ritual causing beauty addiction
Database Creation in Clinical Trials: The AI AdvantageClinosolIndia
The use of AI in creating and managing databases for clinical trials offers significant advantages, transforming how data is collected, managed, and analyzed. Here are the key benefits and approaches of leveraging AI in this context
AI presentation Practical Tips for doctors Mohali Jul 2024.pptxGaurav Gupta
Introduction:
- The rapid advancement of artificial intelligence (AI) is transforming healthcare
- Doctors must adapt to integrate AI tools effectively into their practice
- This presentation provides practical tips for leveraging AI to enhance patient care
1. Understanding AI in Medicine:
- Types of AI: Machine learning, deep learning, natural language processing
- Key applications: Diagnosis, treatment planning, imaging analysis, drug discovery
- Limitations: Data quality issues, bias, lack of contextual understanding
2. AI-Assisted Diagnosis:
- Using AI tools to analyze patient data and suggest potential diagnoses
- Combining AI insights with clinical expertise for more accurate diagnoses
- Case studies: AI in radiology, pathology, and rare disease identification
3. Treatment Planning with AI:
- AI-powered clinical decision support systems
- Personalized treatment recommendations based on patient data and medical literature
- Monitoring treatment efficacy and adjusting plans in real-time
4. AI in Medical Imaging:
- AI-enhanced image analysis for faster and more accurate interpretations
- Automated detection of abnormalities in X-rays, MRIs, and CT scans
- Reducing radiologist workload and improving early detection of diseases
5. Staying Updated with AI Advancements:
- Continuous learning through online courses and workshops
- Participating in AI-focused medical conferences
- Collaborating with AI researchers and developers
6. Patient Communication:
- Explaining AI's role in diagnosis and treatment to patients
- Addressing patient concerns about AI in healthcare
- Using AI to enhance patient education and engagement
7. Future Trends:
- AI in precision medicine and genomics
- Wearable devices and AI for remote patient monitoring
- AI-powered virtual health assistants and chatbots
8. Overcoming Implementation Challenges:
- Addressing resistance to change within medical teams
- Managing the learning curve for new AI technologies
- Ensuring interoperability with existing systems
Conclusion:
- AI is a powerful tool to augment, not replace, medical professionals
- Embracing AI can lead to improved patient outcomes and more efficient healthcare delivery
- Doctors must actively engage with AI to shape its development and application in medicine
Key Takeaways:
1. Familiarize yourself with AI capabilities and limitations in healthcare
2. Integrate AI tools gradually into your clinical workflow
3. Use AI to enhance decision-making, not as a substitute for clinical judgment
4. Stay informed about AI advancements and ethical considerations
5. Communicate clearly with patients about AI's role in their care
By following these practical tips, doctors can effectively leverage AI to improve patient care, streamline workflows, and stay at the forefront of medical innovation. As AI continues to evolve, it's crucial for medical professionals to adapt and harness its potential to transform healthcare delivery.
UNIVERSAL IMMUNIZATION PROGRAMME BY ANUSHRI.pptxAnushriSrivastav
Immunization Programme is the one of the largest programme of world. This programme in India was introduced by WHO in 1978 as Expanded Programme of Immunization (EPI).
In 1985 it was expanded as Universal Immunization Programme that covers all the districts in country by 1989-90 .UIP become a part of CSSM in 1992 and RCH in 1997 and is currently one of the key areas under NRHM since 2005
The action of making a person or animal resistant to a particular infectious disease or pathogens typically by vaccination .
Or
According to WHO – Immunization is the process whereby a person is made immune or resistant to an infectious disease ,typically by the administration of a vaccine
1978: Expanded Programme of immunization (EPI).
Limited reach - mostly urban
1985: Universal Immunization Programme (UIP).
For reduction of mortality and morbidity due to 6 VPD’s.
Indigenous vaccine production capacity enhanced
Cold chain established
Phased implementation - all districts covered by 1989-90.
Monitoring and evaluation system implemented
1986: Technology Mission On Immunization
Monitoring under PMO’s 20 point programme
Coverage in infants (0 – 12 months) monitored
1992: Child Survival and Safe Motherhood (CSSM)
Included both UIP and Safe motherhood program
1997: Reproductive Child Health (RCH 1)
2005: National Rural Health Mission (NRHM)
2012: Government of India declared 2012 as “Year of Intensification of Routine Immunization.
2013: India, along with other South-East Asia Region, declared commitment towards measles elimination and rubella/congenital rubella syndrome (CRS) control by 2020.
2014: No Wild Polio virus case was reported from the country for the last three years and India had a historic achievement and was certified as “polio free country” along with other South East Asia Region (SEAR) countries of WHO.
To reduce morbidity and mortality of the major six childhood disease .
To achieve 100% coverage for eligible children.
To develop a surveillance system .
To minimize the efforts and cost of treatment.
To deliver an integrated immunization services through health centres .
To promote a new healthy generation .
Training of all health personnel .
Strengthening the cold chain .
Promotion of community participation .
Integrate vaccination session with PHC services .
Ensuring regular supply of potent vaccine
Under five year children .
Women in the child bearing age (15-45years).
Schedule of immunization .
Types of the vaccine .
Dose of each vaccines .
Route of administration.
Precautions of vaccinations .
RI targets to vaccinate 27 million new born each year with all primary doses and ~100 million children of 1-5 year age with booster doses of UIP vaccines. In addition, 30 million pregnant mothers are targeted for TT vaccination each year. To vaccinate this cohort of 157 million beneficiaries, ~10 million immunization sessions are conducted, majority of these are at village level
Strategy and policy
A Combinatorial Antihypertensive Drug (Reserpine and Hydrazine) Does Not Caus...CrimsonPublishersGGS
Background and objectives: Reserpine, a traditional Indian Ayurvedic medicine, is approved by the FDA to treat hypertension and for treatment
resistant psychosis. The major reported side effect of reserpine is depression. Hence, hypertensive patients on prolonged reserpine treatment were
evaluated for occurrence of depression.
Methods: One-time cross-sectional evaluation was done in 104 subjects on reserpine and 105 controls, who were matched for age (majority being
between 50- 70 years old), sex, education, and social background. The Control group had no chronic disease and the treatment group comprised of
hypertensive patients who had received reserpine as Adelphane (0.1mg reserpine and 10mg of hydralazine) or Adelphane Esidrex [Novaritis (Basel,
Switzerland)] for more than 1 year. Both the groups were asked to answer (and were rated by) Hamilton Depression Rating Scale (HDRS-17-items
version). The results were scored, statistically analyzed and plotted with Sigma Plot.
2. Oxygen Therapy
Definition:
• Oxygen is a colorless, odorless, tasteless gas that is
essential for the body to function properly and to
survive.
• Oxygen therapy is the administration of oxygen at a
concentration of pressure greater than that found in
the environmental atmosphere
• The air that we breathe contain approximately 21%
oxygen.
• Oxygen therapy is a key treatment in respiratory care.
BY: ROMMEL LUIS C. ISRAEL III 2
3. Purpose
The purpose is to increase oxygen saturation in tissues where the saturation
levels are too low due to illness or injury.
To manage the condition of hypoxia
To maintain the oxygen tension in blood plasma
To increase the oxy hemoglobin in red blood cells
To maintain the ability of cells to carry the normal metabolic function
To reduce the risk of complications.
BY: ROMMEL LUIS C. ISRAEL III 3
4. INDICATIONS:
Acute respiratory failure
Disease such as pulmonary edema, pneumonia and chest trauma etc
Acute myocardial infarction
Cardiac Failure
Shock
Hypermetabolic state induced by trauma, Burns or sepsis.
Anaemia
Cyanide Poisoning
Cyanosis
During CPR
During Anaesthesia for Surgery
Hemorrhage
Asphyxia
BY: ROMMEL LUIS C. ISRAEL III 4
8. Oxygen Delivery Systems:
Nasal Cannula
Simple Mask
Partial Re-Breather Mask
Non-Re Breather Mask (NRBM)
Venturi Mask
Oxygen Hood
Oxygen Tent
AMBU Bag
Tracheostomy Collar,
T-piece
BY: ROMMEL LUIS C. ISRAEL III 8
9. Methods of oxygen administration:
• Nasal cannula (prongs):
It is a disposable, plastic devise
with two protruding prongs for
insertion into the nostrils,
connected to an oxygen source.
Used for low-medium
concentrations of Oxygen
(24-44%).
BY: ROMMEL LUIS C. ISRAEL III 9
10. Nasal cannula (prongs):
Disadvantages:
• Unable to use with nasal
obstruction
• Drying to mucous
membranes, so flow
greater than 4 L/min
needs to be humidified
• Causes skin irritation or
breakdown over ears or at
nares
• Not good for mouth breathers
• Patient’s breathing pattern
affects exact FIO2
Advantages
Client able to talk and eat with oxygen in
place
Easily used in home setting
Safe and simple
Easily tolerated
Delivers low concentrations
BY: ROMMEL LUIS C. ISRAEL III 10
11. The simple Oxygen mask
Simple mask is made of clear, flexible , plastic or rubber that can be
molded to fit the face.
By this method, clients nose and mouth will be covered by oxygen
mask.
The flow of oxygen : young children - 2-3 lit/min, infants - 1-2 lit/min
It delivers 35% to 60% oxygen .
A flow rate commonly of 6 to 10 liters per minute.
BY: ROMMEL LUIS C. ISRAEL III 11
12. The simple Oxygen mask
Disadvantages:
Tight seal required to
deliver higher concentration
Difficult to keep mask in
position over nose and mouth
Potential for skin breakdown
(pressure, moisture)
Uncomfortable for pt while eating or
talking
Expensive with nasal tube
Advantages:
Can provide increased
delivery of oxygen for
short period of time
BY: ROMMEL LUIS C. ISRAEL III 12
13. The Partial Re Breather Mask:
The mask is with a reservoir bag that must remain inflated during
both inspiration & expiration
• It collects the part of the patients' exhaled air.
It is used to deliver oxygen concentrations up to 80%.
The oxygen flow rate must be maintained at a minimum of 6 L/min
to ensure that the patient does not re-breathe large amounts of
exhaled air.
The remaining exhaled air exits through vents.
BY: ROMMEL LUIS C. ISRAEL III 13
14. The Partial Re Breather Mask:
Advantages
• Client can inhale room air
through openings in mask
if oxygens supply is briefly
interrupted
Disadvantages
Requires tight seal (eating
and talking difficult,
uncomfortable) BY: ROMMEL LUIS C. ISRAEL III 14
15. The Non Re- Breather Mask
This mask provides the highest concentration of oxygen (95-100%)
at a flow rate6-15 L/min.
It is similar to the partial re-breather mask except two one-way
valves prevent conservation of exhaled air.
The bag has an oxygen reservoir
When the patient exhales air the one-way valve closes and all of the
expired air is deposited into the atmosphere, not the reservoir bag.
In this way, the patient is not re-breathing any of the expired gas
BY: ROMMEL LUIS C. ISRAEL III 15
16. …..The Non Re- Breather Mask
Disadvantages
Impractical for long
term Therapy
Malfunction can
cause CO2 buildup
suffocation
Expensive
Uncomfortable
Advantages
Delivers the highest
possible oxygen
concentration
Suitable for pt breathing
spontaneous with sever
hypoxemia
BY: ROMMEL LUIS C. ISRAEL III 16
17. Venturi Mask
It is high flow oxygen delivery device.
Oxygen from 40 - 50% At liters flow of 4 to 15 L/min.
The mask is constructed so that there is a constant flow of room air blended
with a fixed concentration of oxygen
Advantages
• Delivers most precise oxygen concentration
• Doesn’t dry mucous membranes
• Disadvantages
uncomfortable
Risk for skin irritation
Produce respiratory depression in COPD patient with high oxygen concentration
50%
BY: ROMMEL LUIS C. ISRAEL III 17
19. Oxygen Hood
• An oxygen hood is used for
babies who can breathe on
their own but still need extra
oxygen.
• A hood is a plastic dome or box
with warm, moist oxygen
inside.
• The hood is placed over the
baby's head
BY: ROMMEL LUIS C. ISRAEL III 19
20. ………Oxygen Tent
• An oxygen tent consists of a canopy
placed over the head and shoulders, or
over the entire body of a patient to
provide oxygen at a higher level than
normal.
• Typically the tent is made of see-through
plastic material.
• It can envelop the patient’s bed with the end
sections held in place by a mattress to ensure
that the tent is airtight.
• The enclosure often has a side opening with a
zipper. BY: ROMMEL LUIS C. ISRAEL III 20
21. AMBU BAG
• AMBU- Artificial Manual Breathing Unit (or)
Bag Valve Mask Ventilation is a hand-held device commonly used to
provide positive pressure ventilation to patients who are not
breathing or not breathing adequately.
BY: ROMMEL LUIS C. ISRAEL III 21
22. Tracheostomy Collar/ Mask
Inserted directed into trachea
Is indicated for chronic O2
therapy need
O2 flow rate 8 to 10L
Provides accurate FIO2
Provides good humidity.
Comfortable ,more efficient
BY: ROMMEL LUIS C. ISRAEL III 22
23. T-PIECE
Used on end of ET tube when weaning from
ventilator
Provides accurate FIO2
Provides good humidity
BY: ROMMEL LUIS C. ISRAEL III 23
24. Complications of Oxygen Administration
Infection
Dryness of mucous membrane of respiratory tract.
Combustion (fire)
Oxygen toxicity
Atelectasis
Oxygen induced apnea
Asphyxia
Retrolental fibroplasia.
BY: ROMMEL LUIS C. ISRAEL III 24