狠狠撸s used for a joint workshop with Dr Harvey Castro from Dallas, TX about "Leveraging AI and the Metaverse for Enhanced Healthcare and Health Tourism Experiences" as online pre-event session for the IPH23 in Tehran, Iran
This document discusses healthcare in the metaverse. It begins with introducing the speaker and defining the metaverse. Key trends driving the metaverse include gaming, virtual fashion/art, and telemedicine. Healthcare applications in the metaverse include fitness/wellness, virtual gyms/relaxation, telemedicine using virtual hospitals, mental health treatments, medical education/training, and remote medical procedures/surgeries. Major challenges include healthcare data privacy/security, regulations, technology costs and limitations, and user adoption/adaptation. The presentation concludes that the metaverse should complement rather than replace real life, and both good and bad impacts on health are possible.
Virtual Reality, Machine Learning, Biosensing - Converging to Transform Healt...Stanford University
?
Walter Greenleaf PhD discusses the convergence of virtual reality, machine learning, and biosensing technologies and their potential to transform healthcare. Recent cost reductions and accessibility improvements have made clinical VR/AR systems more affordable and widespread adoption is on the horizon. VR/AR can be used for functional training, objective assessments, improved interventions, and facilitated treatment adherence. The global VR/AR healthcare market is projected to grow substantially in coming years.
This document discusses health informatics and compares it to medical informatics. Health informatics is a broader field that includes medical informatics as well as other areas like healthcare delivery, management, telemedicine, and patient education. Medical informatics focuses specifically on optimizing the storage, retrieval, and management of biomedical information. The document provides examples of areas within health informatics, such as electronic patient records, telemedicine, distance education, and how technologies in these areas can provide advantages like time savings and increased access to care.
Online course delivered on 07/05/2022 at Marisiensis 2022. the International Scientific Congress for Students, Young Doctors and Pharmacists in Targu Mures, Romania.
This document provides an overview of digital health for nursing students. It defines digital health and discusses key areas like big data, genomics, and artificial intelligence. It outlines drivers of digital health in India like lifestyle diseases and an aging population. Key aspects of digital health are discussed, including telemedicine, electronic health records, robot-assisted surgery, self-monitoring devices, the internet of medical things, and mHealth. The future of digital health in India is seen to involve expanded telemedicine, electronic medical records, artificial intelligence, and more. Digital health tools were also discussed in the context of COVID-19, along with advantages and challenges of digital health.
Limitations and unexpected issues encountered when deploying telehealth in a global health setting - from the Telehealth Failures & Secrets To Success Conference: vsee.com/telehealth-failures-conference
Nolij Consulting: Application of AI in Healthcare IndustryNolij Consulting
?
Augmented Reality (AR) and Virtual Reality (VR) are changing our lives and disrupting industries the world over. AR/VR technologies are being used in various fields, from business to education to gaming. However, it is the medical industry that has seen the most use of these technologies. This is because AR and VR have a multitude of benefits for surgeons, medical professionals, patients and even patients’ families. There are many emerging technology solutions in healthcare. The use of artificial intelligence in healthcare industry are manifold. Let’s take a look at the top five use cases.
The use cases of AR VR in healthcare are manifold. Let’s take a look at the top five use cases.
1. SURGICAL ASSISTANCE
2. VIRTUAL TRAINING
3. REMOTE GUIDANCE
4. ADVANCED DIAGNOSTICS
5. TELEHEALTH
Visit: https://nolijconsulting.com/ to know more
The document discusses healthcare information systems and technology. It outlines the vision to provide quality healthcare and increase accessibility for all citizens. It then performs a SWOT analysis and discusses how healthcare information relates to other systems. Key points covered include developing IT standards for healthcare, managing healthcare information like patient and physician data, and using technology to respond to healthcare requests and ensure quality assurance.
Technology will Save our Minds and Bodies (Medical)LOVEPREETSANDHU
?
Technology plays a vital role in the medical field by improving health management and quality of life. Medical technology includes devices that replace missing limbs, assist with surgery, and aid rehabilitation. Surgical robots allow for minimally invasive procedures with improved precision and recovery times. Imaging technologies like X-rays and CT scans enhance diagnosis. Overall, medical innovation extends lifespans and alleviates suffering for billions of patients.
Ambient Intelligence and Immersive Virtual Telepresence in Health CareRiva Giuseppe
?
The document discusses how emerging technologies like virtual reality (VR) and ambient intelligence can be used to improve healthcare and quality of life. VR and immersive virtual telepresence tools are outlined as potential "killer apps" for areas like rehabilitation, treatment of eating disorders and phobias, and medical education. However, barriers like costs, complexity, and lack of standards need to be addressed. The vision of "p-health" is proposed, which combines immersive VR technologies and ambient intelligence for shared e-therapy experiences.
Revolutionizing Healthcare: Remote Consultation and Telemedicinesocialmediacogent
?
Explore how advancements in medical technology are transforming healthcare delivery through remote consultations and telemedicine. Discover innovative solutions that enhance patient care, improve accessibility, and redefine the future of health services.
The document summarizes various projects undertaken by the Department of Health Care Science, including evaluating head-mounted computer controls, using virtual reality for gait training and cognitive therapy, measuring balance with a digital tablet, quantifying changes in daily living activities, and developing new reporting methods and a cognitive technology clinic to promote innovation. It outlines 42 total projects addressing areas like prosthetics, orthotics, speech and language therapy, and collaborations with industry, healthcare, and academics.
AI and Telemedicine A Perfect Pair for Modern Healthcare Delivery.pdfPranathiSoftware
?
The healthcare sector can anticipate improved patient outcomes, quicker drug development, and more precise diagnostics through further breakthroughs in AI technology.
Digital medicine comes of age - ISDM E-Newsletter Feb 2020David Wortley
?
This newsletter discusses the growing use of digital technologies in healthcare. It covers how digital tools are being used to track and model the spread of coronavirus. It also discusses applications of virtual reality for medical training, pain management, and personal health. Upcoming events on digital therapeutics and innovation in healthcare are also listed.
How are computers used in medicine - Lalitmohan Gurjarlalitmohangurjar
?
This document discusses how computers are used in various aspects of medicine. Computers are used for administrative tasks like medical records, billing, and scheduling. They are also used clinically to store and reference patient data, medical guidelines, and pharmaceutical information. Computers assist with imaging like digital x-rays and scans, robotic surgery, prosthetics, and pharmacy management. The document also discusses telemedicine, which uses technology to provide medical care from a distance through video conferencing, remote monitoring, and transmission of patient data and images.
This document discusses medical technology and its applications for specially abled persons. It defines key terms like medical science, nursing, and defines specially abled persons. It discusses national science day themes and scope of medical technologies including diagnosis, prevention, treatment and rehabilitation. Examples of assistive technologies are provided like wheelchairs, prosthetics, hearing aids and their benefits. Challenges faced by specially abled persons and various acts in India are also mentioned.
Virtual reality and healthcare - the past, the present, and the futureStanford University
?
This presentation provides an overview of how VR and AR technology will impact medicine, clinical care, and personal health and wellness, and how it will help to facilitate the shift of medicine to direct personal care.
Although entertainment, social connection, and gaming will drive the initial adoption of Virtual Reality and Augmented Reality technology, the deepest and most significant impact of the next generation of VR/AR technology will be to enhance clinical care and to improve personal health and wellness.
We know from decades of clinical research that VR/AR technology can provide breakthrough solutions that address the most difficult problems in healthcare - ranging from mood disorders such as Anxiety and Depression to PTSD, Addictions, Autism, Cognitive Aging, Stroke Recovery and Physical Rehabilitation, to name just a few.
VR/ AR technology also improved clinical measurements and assessments, can greatly improve medical training such as surgical skill training and procedure planning. Personal health and wellness will be improved by using VR to promote healthy lifestyles and to reduce stress and anxiety. As the cost of healthcare rises, VR/AR technology can serve as an effective telemedicine platform to reduce costs of care delivery, and improve clinical efficiency.
Walter Greenleaf, PhD
Virtual Human Interaction Lab | Stanford University
Keynote Presentation for the 2019 VR Health Symposium
Building the future with family doctors and new technologiesBabalola Ibisola
?
The document discusses the future of family doctors and how new digital technologies can help shape and strengthen their specialty. It outlines several digital health categories like telehealth, mobile health, electronic medical records, and personalized healthcare that family doctors can utilize. These technologies allow for remote patient monitoring, email consultations, and more efficient care. The document argues that by embracing technologies, family doctors can provide high-quality, personalized care anywhere and ensure their important role as "gatekeepers" of the healthcare system into the future.
Ambient Intelligence is a future vision where technology is integrated into people's environments and can understand and respond to their needs and behaviors. This report examines how Ambient Intelligence could impact healthcare. It identifies five levels of increasing intelligence - from embedding sensors to anticipating needs. Interviews with healthcare stakeholders explored opportunities and challenges around personalized care, like who has access to health data and for what purposes. Collective agreements are needed to ensure Ambient Intelligence enhances rather than threatens patient interests. The report aims to start a debate on these issues.
Medanta- the Medicity is one of India's largest multi-super specialty institutes located in Gurgaon, a bustling town in New Delhi Founded by eminent cardiac surgeon, Dr. Naresh Trehan, the institution has been envisioned with the aim of bringing to India the highest standards of medical care along with clinical research, education and training. Medanta is governed under the guiding principles of providing medical services to patients with care, compassion, commitment.
Medanta – The Medicity provides medical intelligentsia, cutting–edge technology, and state-of-the-art infrastructure with highly integrated and comprehensive information system. Medanta brings together an outstanding pool of doctors, scientists and clinical researchers, to foster collaborative, multidisciplinary investigation, inspiring new ideas and discoveries and translating scientific advances more swiftly into new ways of diagnosing, treating patients and preventing disease. The philosophy for healthcare delivery is to integrate modern and traditional forms of medicine to provide accessible and affordable healthcare.
The Institute is governed under the guiding principles of providing medical services to patients with care, compassion and commitment. The institution matches the highest standards of healthcare delivery across the world, where care is provided to patients at an affordable cost. Medanta is a conglomeration of multi-super specialties institutes which are led by exceptional medical practitioners who are leaders in their respective fields. Attracted from all over the world with the vision to reach the highest levels, these medical leaders are determined to push hard for excellence in medical care and research. Medanta is spread across 43 acres, which also includes a research center, medical and nursing school; with over 1,250 beds and 45 operation theaters it caters to over 20 specialties and 9 centers of excellence.
Artificial intelligence, machine learning, and data science are shaping healthcare delivery in several ways:
1) They help manage patient visits through online booking and AI-powered chatbots that can meet immediate health needs. Digital patient information management also allows information sharing.
2) Doctors can use technologies like wearables and telemedicine to focus on listening to patients and quickly enter data, improving interactions. Robots also enable remote access to healthcare.
3) AI helps with diagnosis and prescription by analyzing previous data and predicting disease spread and risk. Digital monitoring informs doctors on patient histories.
4) Robots assist with surgery by accessing difficult areas and tissues, and researchers are improving their autonomy. AI also streamlines
An Overview of VR Technology and Smulation in Healthcare
Walter Greenleaf, PhD
Virtual Human Interaction Lab | Stanford University
The onrushing wave of Virtual Reality and Augmented Reality technology will profoundly impact healthcare.
Working in concert with data analytics provided by wearable technology, VR and AR technology will shift the locus of clinical care from the hospital and the clinic to the home and workplace, and through improved analytics enable personalized medicine.
We know from decades of clinical research that VR/AR technology can provide breakthrough solutions that address the most difficult problems in healthcare - ranging from mood disorders such as anxiety and depression to PTSD, addictions, autism, cognitive aging, stroke recovery, and physical rehabilitation, to name just a few.
Individualized health and wellness protocols/treatment plans can be enhanced by using VR and AR to promote adherence and to encourage healthy lifestyles.
As the cost of healthcare rises, VR and AR technology can serve as an effective telemedicine platform to reduce costs of care delivery and improve clinical efficiency.
Nolij Consulting: Application of AI in Healthcare IndustryNolij Consulting
?
Augmented Reality (AR) and Virtual Reality (VR) are changing our lives and disrupting industries the world over. AR/VR technologies are being used in various fields, from business to education to gaming. However, it is the medical industry that has seen the most use of these technologies. This is because AR and VR have a multitude of benefits for surgeons, medical professionals, patients and even patients’ families. There are many emerging technology solutions in healthcare. The use of artificial intelligence in healthcare industry are manifold. Let’s take a look at the top five use cases.
The use cases of AR VR in healthcare are manifold. Let’s take a look at the top five use cases.
1. SURGICAL ASSISTANCE
2. VIRTUAL TRAINING
3. REMOTE GUIDANCE
4. ADVANCED DIAGNOSTICS
5. TELEHEALTH
Visit: https://nolijconsulting.com/ to know more
The document discusses healthcare information systems and technology. It outlines the vision to provide quality healthcare and increase accessibility for all citizens. It then performs a SWOT analysis and discusses how healthcare information relates to other systems. Key points covered include developing IT standards for healthcare, managing healthcare information like patient and physician data, and using technology to respond to healthcare requests and ensure quality assurance.
Technology will Save our Minds and Bodies (Medical)LOVEPREETSANDHU
?
Technology plays a vital role in the medical field by improving health management and quality of life. Medical technology includes devices that replace missing limbs, assist with surgery, and aid rehabilitation. Surgical robots allow for minimally invasive procedures with improved precision and recovery times. Imaging technologies like X-rays and CT scans enhance diagnosis. Overall, medical innovation extends lifespans and alleviates suffering for billions of patients.
Ambient Intelligence and Immersive Virtual Telepresence in Health CareRiva Giuseppe
?
The document discusses how emerging technologies like virtual reality (VR) and ambient intelligence can be used to improve healthcare and quality of life. VR and immersive virtual telepresence tools are outlined as potential "killer apps" for areas like rehabilitation, treatment of eating disorders and phobias, and medical education. However, barriers like costs, complexity, and lack of standards need to be addressed. The vision of "p-health" is proposed, which combines immersive VR technologies and ambient intelligence for shared e-therapy experiences.
Revolutionizing Healthcare: Remote Consultation and Telemedicinesocialmediacogent
?
Explore how advancements in medical technology are transforming healthcare delivery through remote consultations and telemedicine. Discover innovative solutions that enhance patient care, improve accessibility, and redefine the future of health services.
The document summarizes various projects undertaken by the Department of Health Care Science, including evaluating head-mounted computer controls, using virtual reality for gait training and cognitive therapy, measuring balance with a digital tablet, quantifying changes in daily living activities, and developing new reporting methods and a cognitive technology clinic to promote innovation. It outlines 42 total projects addressing areas like prosthetics, orthotics, speech and language therapy, and collaborations with industry, healthcare, and academics.
AI and Telemedicine A Perfect Pair for Modern Healthcare Delivery.pdfPranathiSoftware
?
The healthcare sector can anticipate improved patient outcomes, quicker drug development, and more precise diagnostics through further breakthroughs in AI technology.
Digital medicine comes of age - ISDM E-Newsletter Feb 2020David Wortley
?
This newsletter discusses the growing use of digital technologies in healthcare. It covers how digital tools are being used to track and model the spread of coronavirus. It also discusses applications of virtual reality for medical training, pain management, and personal health. Upcoming events on digital therapeutics and innovation in healthcare are also listed.
How are computers used in medicine - Lalitmohan Gurjarlalitmohangurjar
?
This document discusses how computers are used in various aspects of medicine. Computers are used for administrative tasks like medical records, billing, and scheduling. They are also used clinically to store and reference patient data, medical guidelines, and pharmaceutical information. Computers assist with imaging like digital x-rays and scans, robotic surgery, prosthetics, and pharmacy management. The document also discusses telemedicine, which uses technology to provide medical care from a distance through video conferencing, remote monitoring, and transmission of patient data and images.
This document discusses medical technology and its applications for specially abled persons. It defines key terms like medical science, nursing, and defines specially abled persons. It discusses national science day themes and scope of medical technologies including diagnosis, prevention, treatment and rehabilitation. Examples of assistive technologies are provided like wheelchairs, prosthetics, hearing aids and their benefits. Challenges faced by specially abled persons and various acts in India are also mentioned.
Virtual reality and healthcare - the past, the present, and the futureStanford University
?
This presentation provides an overview of how VR and AR technology will impact medicine, clinical care, and personal health and wellness, and how it will help to facilitate the shift of medicine to direct personal care.
Although entertainment, social connection, and gaming will drive the initial adoption of Virtual Reality and Augmented Reality technology, the deepest and most significant impact of the next generation of VR/AR technology will be to enhance clinical care and to improve personal health and wellness.
We know from decades of clinical research that VR/AR technology can provide breakthrough solutions that address the most difficult problems in healthcare - ranging from mood disorders such as Anxiety and Depression to PTSD, Addictions, Autism, Cognitive Aging, Stroke Recovery and Physical Rehabilitation, to name just a few.
VR/ AR technology also improved clinical measurements and assessments, can greatly improve medical training such as surgical skill training and procedure planning. Personal health and wellness will be improved by using VR to promote healthy lifestyles and to reduce stress and anxiety. As the cost of healthcare rises, VR/AR technology can serve as an effective telemedicine platform to reduce costs of care delivery, and improve clinical efficiency.
Walter Greenleaf, PhD
Virtual Human Interaction Lab | Stanford University
Keynote Presentation for the 2019 VR Health Symposium
Building the future with family doctors and new technologiesBabalola Ibisola
?
The document discusses the future of family doctors and how new digital technologies can help shape and strengthen their specialty. It outlines several digital health categories like telehealth, mobile health, electronic medical records, and personalized healthcare that family doctors can utilize. These technologies allow for remote patient monitoring, email consultations, and more efficient care. The document argues that by embracing technologies, family doctors can provide high-quality, personalized care anywhere and ensure their important role as "gatekeepers" of the healthcare system into the future.
Ambient Intelligence is a future vision where technology is integrated into people's environments and can understand and respond to their needs and behaviors. This report examines how Ambient Intelligence could impact healthcare. It identifies five levels of increasing intelligence - from embedding sensors to anticipating needs. Interviews with healthcare stakeholders explored opportunities and challenges around personalized care, like who has access to health data and for what purposes. Collective agreements are needed to ensure Ambient Intelligence enhances rather than threatens patient interests. The report aims to start a debate on these issues.
Medanta- the Medicity is one of India's largest multi-super specialty institutes located in Gurgaon, a bustling town in New Delhi Founded by eminent cardiac surgeon, Dr. Naresh Trehan, the institution has been envisioned with the aim of bringing to India the highest standards of medical care along with clinical research, education and training. Medanta is governed under the guiding principles of providing medical services to patients with care, compassion, commitment.
Medanta – The Medicity provides medical intelligentsia, cutting–edge technology, and state-of-the-art infrastructure with highly integrated and comprehensive information system. Medanta brings together an outstanding pool of doctors, scientists and clinical researchers, to foster collaborative, multidisciplinary investigation, inspiring new ideas and discoveries and translating scientific advances more swiftly into new ways of diagnosing, treating patients and preventing disease. The philosophy for healthcare delivery is to integrate modern and traditional forms of medicine to provide accessible and affordable healthcare.
The Institute is governed under the guiding principles of providing medical services to patients with care, compassion and commitment. The institution matches the highest standards of healthcare delivery across the world, where care is provided to patients at an affordable cost. Medanta is a conglomeration of multi-super specialties institutes which are led by exceptional medical practitioners who are leaders in their respective fields. Attracted from all over the world with the vision to reach the highest levels, these medical leaders are determined to push hard for excellence in medical care and research. Medanta is spread across 43 acres, which also includes a research center, medical and nursing school; with over 1,250 beds and 45 operation theaters it caters to over 20 specialties and 9 centers of excellence.
Artificial intelligence, machine learning, and data science are shaping healthcare delivery in several ways:
1) They help manage patient visits through online booking and AI-powered chatbots that can meet immediate health needs. Digital patient information management also allows information sharing.
2) Doctors can use technologies like wearables and telemedicine to focus on listening to patients and quickly enter data, improving interactions. Robots also enable remote access to healthcare.
3) AI helps with diagnosis and prescription by analyzing previous data and predicting disease spread and risk. Digital monitoring informs doctors on patient histories.
4) Robots assist with surgery by accessing difficult areas and tissues, and researchers are improving their autonomy. AI also streamlines
An Overview of VR Technology and Smulation in Healthcare
Walter Greenleaf, PhD
Virtual Human Interaction Lab | Stanford University
The onrushing wave of Virtual Reality and Augmented Reality technology will profoundly impact healthcare.
Working in concert with data analytics provided by wearable technology, VR and AR technology will shift the locus of clinical care from the hospital and the clinic to the home and workplace, and through improved analytics enable personalized medicine.
We know from decades of clinical research that VR/AR technology can provide breakthrough solutions that address the most difficult problems in healthcare - ranging from mood disorders such as anxiety and depression to PTSD, addictions, autism, cognitive aging, stroke recovery, and physical rehabilitation, to name just a few.
Individualized health and wellness protocols/treatment plans can be enhanced by using VR and AR to promote adherence and to encourage healthy lifestyles.
As the cost of healthcare rises, VR and AR technology can serve as an effective telemedicine platform to reduce costs of care delivery and improve clinical efficiency.
Key lessons learned from the worldwide pandemic
Keynote presentation at the Digital Transformation of Pharmaceutical Industry conference organised by United Journal and Conferences on April 13th 2021
Impact of Digital Health in Pharmaceutical Industry - DigiTech Pharma 2018 Ph...Philippe Gerwill 菲利普 戈维尔
?
The first few slides are a quick introduction of IoTSG, a Singapore Founded Special Interest Group organization before moving to the heart of the topic.
Tran Quoc Bao Named Best and Most Influential Hospital CEO in Vietnam by Hosp...Ignite Capital
?
Tran Quoc Bao, named Best and Most Influential Hospital CEO in Vietnam 2025 by Hospital Insight Magazine, is transforming Vietnam’s healthcare landscape with his unique blend of medical expertise and financial acumen. As CEO of Prima Saigon, the country's leading international daycare and ambulatory hospital, Bao has turned the institution into a benchmark of excellence, setting new standards for innovation and patient care.
His leadership at Prima Saigon has propelled the hospital to the forefront of the Vietnamese healthcare sector, but Bao's impact goes beyond national borders. As a member of the Advisory Board for Asian Hospital & Healthcare Management, a prominent publication influencing global healthcare policy, he is helping to shape trends and set standards that extend across Asia and the world.
With nearly two decades of experience, Bao has held key positions at renowned institutions like City International Hospital, FV Hospital, TMMC Healthcare (Tam Tri Hospital Group), and Cao Tang Hospital, where he led the transformation into Vietnam’s first Joint Commission International (JCI)-accredited hospital. This milestone put Vietnam firmly on the global healthcare map, thanks to Bao’s visionary leadership.
His extensive expertise is matched by a distinguished financial background, holding elite credentials such as CFA?, CMT?, CPWA?, FMVA?, and others. Bao’s strategic approach has allowed him to lead $2 billion in healthcare M&A transactions, reshaping Vietnam’s healthcare investment landscape. His ability to blend healthcare with finance has earned him recognition as a thought leader in the field.
Bao has also contributed more than 20 articles to major outlets like Forbes, Bloomberg, and Voice of America, sharing his insights on healthcare innovation and investment. His accolades include being named Healthcare Executive of the Year – Vietnam 2019, Medical Tourism Leader of the Year 2021, and being honored as a “Doing Business 2022” Leader by the World Bank Group.
In addition, Bao's strategic expertise is sought by top global consulting firms like BCG, Bain, and McKinsey, advising on major healthcare investments and partnerships in Asia. With his visionary leadership, Tran Quoc Bao continues to drive the future of healthcare, both in Vietnam and globally.
Diseases of Cardiovascular system .docxAyesha Fatima
?
DISORDERS OF CARDIOVASCULAR SYSTEM
HYPERTENSION
1. Hypertension is defined as persistently elevated arterial blood pressure (BP).
2. Hypertension, also known as high blood pressure, is a chronic medical condition in which the force of blood against the artery walls is consistently too high, increasing the risk of heart disease, stroke, and other health complications.
3. WHO Definition of Hypertension
a. According to the World Health Organization (WHO), hypertension is defined as:
Systolic Blood Pressure (SBP) ≥ 140 mmHg
Diastolic Blood Pressure (DBP) ≥ 90 mmHg
b. Based on repeated measurements under standardized conditions.
Risk factors
Obesity A sedentary lifestyle
Diabetes mellitus High intakes of salt or alcohol
Family history Stress
Cigarette smoking Low birth weight
Hypertension is described as essential (primary, idiopathic) or secondary to other diseases.
Irrespective of the cause, hypertension commonly affects the kidneys.
Essential hypertension
1. A condition of persistently elevated blood pressure without a known secondary cause, often associated with genetic predisposition and lifestyle factors.
Benign (chronic) hypertension
1. The rise in blood pressure is usually slight to moderate and continues to rise slowly over many years.
2. Sometimes complications, such as heart failure, cerebrovascular accident or myocardial infarction are the first indication of hypertension, but often the condition is symptomless and is only discovered during a routine examination.
Malignant (accelerated) hypertension
1. This is a rapid and aggressive acceleration of hypertensive disease.
2. Diastolic pressure in excess of 120 mmHg is common.
3. The effects are serious and quickly become apparent, e.g. haemorrhages into the retina, papilloedema (oedema around the optic disc), encephalopathy (cerebral oedema) and progressive renal disease, leading to cardiac failure.
Secondary hypertension
Hypertension resulting from other diseases accounts for 5% of all cases.
I. Kidney disease
Raised blood pressure is a complication of many kidney diseases. In kidney disease, there is salt and water retention, sometimes with excessive renin activity.
II. Endocrine disorders
a) Adrenal cortex
Secretion of excess aldosterone and cortisol stimulates the retention of excess sodium and water by the kidneys, raising the blood volume and pressure.
b) Adrenal medulla
Secretion of excess adrenaline (epinephrine) and noradrenaline (norepinephrine) raises blood pressure, e.g. phaeochromocytoma .
III. Stricture of the aorta
Hypertension develops in branching arteries proximal to the site of a stricture, e.g congenital
coarctation.
IV. Drug treatment
Hypertension may be a side-effect of some drugs, e.g. corticosteroids and oral contraceptives.
Effects and complications of hypertension
The effects of long-standing and progressively rising blood pressure are serious.
Hypertension predisposes to atherosclerosis and has specific effects on particular organs.
Heart
MALARIA - Pharm D III year Therap .pptxAyesha Fatima
?
Malaria is a life-threatening disease. Its typically transmitted through the bite of an infected Anopheles mosquito. Infected mosquitoes carry the Plasmodium parasite. When this mosquito bites you, the parasite is released into your blood stream.
Phylum : Protozoa
Subphylum : Apicomplexa (Sporozoa)
Class : Telosporea
Genus : Plasmodium
Species : vivax
Plasmodium is one of the most harmful parasites of man.
It is a digenetic, intracellular parasite that lives in the liver cells and RBC of man. (It is extracellular in mosquito).
Its primary host is the female Anopheles mosquito and the secondary host is man. Reservoir host is monkey.
The infective stage is sickle shaped sporozoite and the mode of infection is inoculation.
Four species of Plasmodium cause four types of malaria in man.
They are
i) Plasmodium vivax – benign tertian malaria
ii) Plasmodium falciparum – malignant tertian malaria
iii) Plasmodium ovale – mild tertian malaria
iv) Plasmodium malariae – quartan malaria
Of all these four species, Plasmodium vivax is the most common and most widely distributed malaria parasite.
OBJECTIVES AND USE OF ANTIMALARIAL DRUGS
The aims of using drugs in relation to malarial infection are:
(i) To prevent clinical attack of malaria (prophylactic).
(ii) To treat clinical attack of malaria (clinical curative).
(iii) To completely eradicate the parasite from the patient’s body (radical curative).
(iv) To cutdown human-to-mosquito transmission (gametocidal).
These are achieved by attacking the parasite at its various stages of life cycle in the human host .
Antimalarials that act on erythrocytic schizogony are called erythrocytic schizontocides
Antimalarials that act on pre erythrocytic as well as exoerythrocytic (P. vivax) stages in liver are called tissue schizontocides,
Antimalarials which kill gametocytes in blood are called gametocides.
Severe and complicated falciparum malaria
This includes P. falciparum infection attended by any one or more of—
Hyperparasitaemia,
Hyperpyrexia,
Fluid and electrolyte imbalance,
Acidosis,
Hypoglycaemia,
Prostration,
Cardiovascular collapse,
Jaundice,
Severe anaemia,
Spontaneous bleeding,
Pulmonary edema,
Haemoglobinuria,
Black water fever,
Renal failure
Cerebral malaria.
Artesunate: 2.4 mg/kg i.v. or i.m., followed by 2.4 mg/kg after 12 and 24 hours, and then once daily for 7 days. Switchover to 3 day oral ACT in between whenever the patient can take and tolerate oral medication.
or
Artemether: 3.2 mg/kg i.m. on the 1st day, followed by 1.6 mg/kg daily for 7 days. Switchover to 3 day oral ACT in between whenever the patient is able to take oral medication.
or
Arteether: 3.2 mg/kg i.m. on the 1st day, followed by 1.6 mg/kg daily for the next 4 days. Switchover to 3 day oral ACT inbetween whenever the patient is able to take oral medication.
or
Quinine diHCI: 20 mg/kg (loading dose) diluted in 10 ml/kg 5% dextrose/dextrose-saline and infused i.v. over 4 hours, followed by 10 mg/kg.
City International Hospital - A Premier Healthcare Destination for Foreigners...Ignite Capital
?
City International Hospital (CIH) in Ho Chi Minh City has recently earned a prestigious spot on the provider list of the Department of Foreign Affairs and Trade (DFAT) Australia. This achievement marks a significant milestone for the hospital, establishing it as the leading healthcare provider for foreigners in Vietnam. The recognition comes largely due to the efforts and strategic connections cultivated by CIH’s visionary leader, Tran Quoc Bao.
As the go-to institution for expatriates and international patients, CIH stands out not only for its world-class facilities but also for its specialized care in several key areas. Under Bao’s leadership, the hospital has developed centers of excellence in fertility, cardiology, neurology, and women and children’s healthcare — all of which have earned it a stellar reputation.
In the field of fertility, CIH has made tremendous strides, offering state-of-the-art treatments for individuals and couples seeking to grow their families. The hospital’s fertility specialists are internationally trained, ensuring that patients receive the best possible care with the latest techniques and technology.
Cardiology is another area where CIH excels. The hospital boasts an advanced cardiac care unit, offering diagnostic and treatment services for heart conditions ranging from routine checkups to complex surgeries. The dedicated team of cardiologists at CIH is renowned for its expertise in both preventive care and cutting-edge heart treatments.
Neurology at CIH is also of the highest standard. With advanced diagnostic tools and a team of skilled neurologists, CIH provides comprehensive care for patients dealing with everything from neurological disorders to complex brain surgeries. The hospital’s commitment to treating conditions like stroke, epilepsy, and neurodegenerative diseases has positioned it as a leader in this field.
For women and children, CIH offers compassionate, top-tier care through its dedicated services for maternal health and pediatric care. From prenatal care to advanced gynecological treatments and child health services, the hospital has built a reputation for its compassionate approach to healthcare for families.
Tran Quoc Bao’s strategic connections and commitment to excellence have been pivotal in positioning City International Hospital as a trusted healthcare provider recommended by DFAT Australia. This recognition underscores CIH’s status as a healthcare institution of choice for foreigners living in Vietnam, providing high-quality medical care with international standards.
Through Bao’s leadership and CIH’s continued focus on specialized, patient-centered care, the hospital is poised to remain the premier choice for expatriates seeking exceptional healthcare in Vietnam.
Tran Quoc Bao: The Visionary Healthcare Leader Redefining Industry StandardsIgnite Capital
?
Tran Quoc Bao is a name that resonates powerfully within the healthcare industry, known not only for his leadership but also for his ability to harness the power of social media to drive change. As the Best and Most Influential Healthcare Leader in Vietnam, Bao’s career is a testament to the idea that innovation and compassion can coexist in the healthcare sector, creating lasting impact for both businesses and patients alike.
With a Social Selling Index (SSI) of 60 on LinkedIn, Bao demonstrates a mastery of digital engagement that sets him apart in an industry often slow to adopt change. His score, a reflection of his strong personal brand, is not just about numbers—it represents a deeper commitment to connecting with others, building meaningful relationships, and leveraging those relationships to drive real-world results. In an age where online networking is key to success, Bao has made social selling a cornerstone of his leadership approach.
His journey began with a passion for improving healthcare systems and a deep desire to help those in need. Over the years, he built a reputation as someone who combines sharp business acumen with a profound understanding of patient care. But it wasn’t just about providing exceptional services—it was about making healthcare accessible and sustainable for the communities he served. Bao’s innovative solutions have made a significant difference in countless lives, and his forward-thinking strategies have reshaped the way healthcare leaders engage with both their teams and their patients.
What makes Bao particularly influential is his ability to engage authentically with a global audience. His LinkedIn presence is not just filled with industry insights but also genuine discussions on leadership, technology, and human-centered care. Bao’s influence is growing exponentially, showing that in today’s world, leadership is as much about connection as it is about expertise.
Tran Quoc Bao is more than just a healthcare leader. He is a trailblazer, a digital strategist, and, most importantly, a catalyst for change in an industry that desperately needs it. His story is one of determination, vision, and the power of meaningful connections.
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Choosing the Right NDIS Support Coordinator: Key Factors & Expert Tips.Fitnall1
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Finding the right NDIS support coordinator is essential for maximizing your plan and accessing the best services. This presentation outlines the key factors to consider, including experience, communication, independence, and local knowledge. Learn where to search, the critical questions to ask, and how to make the best choice for your needs.
homoeopathic remedies for depression.docxGeerthyMohan
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Today's generation are experiencing more depression irrespective of their age. Homoeopathic medicines are more effective in treating depression with holistic approach.
680128_Spiritual H and Complete Well-being.pptxPattie Pattie
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Spiritual Health and Complete Well-being, Vicharn Panich, MD
Chairman of PMAC Organizing Committee
Introductory Remark in PMAC 2025 Side Meeting “Complete Well-being in the Age of AI: The Crucial Role of Spiritual Health and Practical Strategies”, 28 January 2025, Centara Grand Hotel, Bangkok
15. z
Medical procedures
and surgeries
? Pre-operative planning &
diagnosis process
? Post-operative rehabilitation
? High accuracy, high resolution CT
scans
? Augmented reality in surgical
procedure (vein and organs
visualizer)
? Robot assisted surgery
? Remote surgery assistance
17. z
Others
? Pain management to
divert a patient’s
attention
? Effective patient
education independent
of language implications
? Digital twins (like a GPS
of your body)
? Etc…