In this quiz you have to find out a name of a book and disease which is mentioned in this book. After that you can learn a little bit about this disease.
Microbiology quiz – pathogens that cause pneumoniakatejohnpunag
This microbiology quiz document tests knowledge of four pathogens that can cause pneumonia - Streptococcus pneumoniae, Klebsiella pneumoniae, Nocardia, and Mycobacterium. For each pathogen, hints in the form of gram stain characteristics and morphology on culture media are given, along with the answer.
Microbiology2 Pathogens: Notes on spread of infectious diseaseRobin Seamon
Microbiology 2 provides an overview of pathogens and infectious diseases. It defines pathogens, infectious and non-infectious diseases, and discusses different types of microbes that cause disease including bacteria, viruses, parasites, and fungi. The document also covers topics like transmission of diseases, immunity, historical discoveries related to fighting diseases, current pandemics, and methods of preventing infectious diseases.
1. Sushruta is regarded as the father of plastic surgery for performing the first nasal reconstruction and cataract surgery.
2. Vitamin D deficiency is commonly found in orthodox Muslim women due to lack of sunlight exposure from wearing burkhas.
3. The movie Paa is about Amitabh Bachchan playing a boy with progeria, a genetic disorder causing rapid aging, and his reunion with his parents.
A General Quiz with a bit of Medical FlavourJim Jacob Roy
This Quiz ,titled "The Alphabets" is a General Quiz with a bit of Medical Flavour - It is the Inaugural Quiz of "Tesseract" ,the Quiz Club of Kottayam Medical College...
This document provides information on bacterial pathogenesis and virulence factors. It begins with definitions of key terms like pathogens, pathogenicity, virulence, and opportunistic pathogens. It then discusses the difference between infection and disease. Koch's postulates for establishing causation are outlined. The document explores factors that influence pathogenicity like virulence factors, number of initial organisms, and immune status of the host. Several virulence factors are described in detail, including toxins, invasiveness through adhesion and penetration of tissues, capsules that aid evading phagocytosis, siderophores for competing with the host for iron, and enzymes that can aid spreading or hydrolyze immunoglobulins.
The document contains a medical quiz with multiple choice and fill-in-the-blank questions about notable people and discoveries in medicine and science. Some of the individuals and discoveries identified include James Phipps, who was the first person vaccinated; Albert Sabin, who invented the polio vaccine; Ignaz Semmelweis, who discovered the importance of handwashing; and Jonty Rhodes, the cricketer who had epilepsy. The quiz covers topics in various medical disciplines including cardiology, immunology, neurology, and more.
This document contains 22 multiple choice microbiology questions. The questions cover topics such as Group A streptococci virulence factors, Group B streptococci characteristics, pneumococcal vaccines, Enterobacteriaceae identification and characteristics, E. coli virulence factors, Proteus mirabilis identification, Enterotoxigenic E. coli pathogenesis, plasmid transfer mechanisms, PCR applications, Koch's postulates, septicemia risk factors and presentations, Pseudomonas aeruginosa as a cause of infection in immunocompromised patients, staphylococcal osteomyelitis treatment challenges, tularemia presentation and identification, Neisseria meningitidis as a cause of a sore throat with findings of petechiae
The document discusses bacterial pathogenesis and virulence. It describes three main ways bacteria cause disease: 1) invasiveness through mechanisms like adhesion and toxin production, 2) toxigenesis through exotoxins and endotoxins, and 3) evading host immune responses. Specific virulence factors and pathogenesis mechanisms are discussed for different bacteria like Pseudomonas aeruginosa and Mycobacterium tuberculosis. The host barriers bacteria must overcome include phagocytosis, complement activation, and adaptive immune responses; bacteria have evolved strategies to inhibit or subvert these defenses.
Microbiology quiz – pathogens that cause pneumoniakatejohnpunag
This microbiology quiz document tests knowledge of four pathogens that can cause pneumonia - Streptococcus pneumoniae, Klebsiella pneumoniae, Nocardia, and Mycobacterium. For each pathogen, hints in the form of gram stain characteristics and morphology on culture media are given, along with the answer.
Microbiology2 Pathogens: Notes on spread of infectious diseaseRobin Seamon
Microbiology 2 provides an overview of pathogens and infectious diseases. It defines pathogens, infectious and non-infectious diseases, and discusses different types of microbes that cause disease including bacteria, viruses, parasites, and fungi. The document also covers topics like transmission of diseases, immunity, historical discoveries related to fighting diseases, current pandemics, and methods of preventing infectious diseases.
1. Sushruta is regarded as the father of plastic surgery for performing the first nasal reconstruction and cataract surgery.
2. Vitamin D deficiency is commonly found in orthodox Muslim women due to lack of sunlight exposure from wearing burkhas.
3. The movie Paa is about Amitabh Bachchan playing a boy with progeria, a genetic disorder causing rapid aging, and his reunion with his parents.
A General Quiz with a bit of Medical FlavourJim Jacob Roy
This Quiz ,titled "The Alphabets" is a General Quiz with a bit of Medical Flavour - It is the Inaugural Quiz of "Tesseract" ,the Quiz Club of Kottayam Medical College...
This document provides information on bacterial pathogenesis and virulence factors. It begins with definitions of key terms like pathogens, pathogenicity, virulence, and opportunistic pathogens. It then discusses the difference between infection and disease. Koch's postulates for establishing causation are outlined. The document explores factors that influence pathogenicity like virulence factors, number of initial organisms, and immune status of the host. Several virulence factors are described in detail, including toxins, invasiveness through adhesion and penetration of tissues, capsules that aid evading phagocytosis, siderophores for competing with the host for iron, and enzymes that can aid spreading or hydrolyze immunoglobulins.
The document contains a medical quiz with multiple choice and fill-in-the-blank questions about notable people and discoveries in medicine and science. Some of the individuals and discoveries identified include James Phipps, who was the first person vaccinated; Albert Sabin, who invented the polio vaccine; Ignaz Semmelweis, who discovered the importance of handwashing; and Jonty Rhodes, the cricketer who had epilepsy. The quiz covers topics in various medical disciplines including cardiology, immunology, neurology, and more.
This document contains 22 multiple choice microbiology questions. The questions cover topics such as Group A streptococci virulence factors, Group B streptococci characteristics, pneumococcal vaccines, Enterobacteriaceae identification and characteristics, E. coli virulence factors, Proteus mirabilis identification, Enterotoxigenic E. coli pathogenesis, plasmid transfer mechanisms, PCR applications, Koch's postulates, septicemia risk factors and presentations, Pseudomonas aeruginosa as a cause of infection in immunocompromised patients, staphylococcal osteomyelitis treatment challenges, tularemia presentation and identification, Neisseria meningitidis as a cause of a sore throat with findings of petechiae
The document discusses bacterial pathogenesis and virulence. It describes three main ways bacteria cause disease: 1) invasiveness through mechanisms like adhesion and toxin production, 2) toxigenesis through exotoxins and endotoxins, and 3) evading host immune responses. Specific virulence factors and pathogenesis mechanisms are discussed for different bacteria like Pseudomonas aeruginosa and Mycobacterium tuberculosis. The host barriers bacteria must overcome include phagocytosis, complement activation, and adaptive immune responses; bacteria have evolved strategies to inhibit or subvert these defenses.
Group hypnosis and rituals date back to ancient civilizations for religious and healing purposes. Animal hypnosis was one of the earliest types of hypnosis accepted and studied. Franz Mesmer introduced the concept of "animal magnetism" and used hypnosis techniques to cure illnesses, though the medical community dismissed magnetism's effects as imagination. James Braid coined the term "hypnosis" to distinguish it from magnetism, introducing modern conceptions of hypnosis based on fixed gaze and nerve center paralysis. The Nancy School in France, founded by Liebeault and Bernheim, established suggestion-based hypnotherapy which they practiced successfully on thousands of patients.
Visceral leishmaniasis, also known as Kala Azar, is a parasitic disease responsible for 500,000 cases worldwide each year. It was first observed in 1824 in India and was caused by Leishmania donovani parasites. Dr. Nicolaes Tulp, who was immortalized in Rembrandt's painting "The Anatomy Lesson of Dr. Tulp", made several medical contributions in the 1600s and helped establish standards for pharmacists in Amsterdam. Walter Reed helped prove that yellow fever was transmitted by mosquitoes, paving the way for construction of the Panama Canal, and a medical center is named after him.
Ronald Ross was a British physician who discovered that malaria is transmitted by mosquitoes. He conducted research on malaria in India between 1882 and 1899, where he discovered the malaria parasite in mosquitoes. In 1902, Ross received the Nobel Prize in Medicine for his work. He advocated for malaria prevention worldwide and established organizations to prevent malaria in various countries and industries. Ross made many contributions to epidemiology and methods for surveying and assessing malaria.
A medical trivia quiz! Not for nerd medical students! Conducted by me at Apollo Institute of Medical Sciences and Research, Jubilee Hills, Hyderabad during KARMIC 2015, annual national medical students' conference.
This document provides a summary of a quiz about infectious diseases described in literature. It describes Herpes being described in William Shakespeare's Romeo and Juliet. It then provides a brief history of Herpes Simplex Virus, including key discoveries such as it being shown to be infectious in 1893, isolation of the virus in Germany in 1912, and development of the antiviral drug aciclovir in 1977 to treat HSV infections. The document encourages learning more about infectious diseases by joining an online Facebook group.
Medical trivia quiz hosted by me during KARMIC 2015 -- the annual national medical students' conference at Apollo Institute of Medical Sciences and Research, Apollo Health CIty, Jubilee Hills, Hyderabad.
Today marks the death of the Austrian zoologist Konrad Lorenz in 1903. He was the founder of modern ethnology (the study of animal behaviour by means of comparative zoological methods). He was known affectionately by his pupils as the "father of the grey geese" which he studied. His ideas revealed how behavioural patterns may be traced to an evolutionary past, and he was also known for his work on the roots of aggression. He shared the 1973 Nobel Prize for Physiology and Medicine, for developing a unified, evolutionary theory of animal and human behaviour.
Edward Jenner discovered that exposure to cowpox provided protection against smallpox. In 1796, he conducted an experiment where he introduced cowpox into a child, who was later exposed to smallpox but did not become ill. Jenner had found that prior exposure to the mild cowpox virus conferred immunity to the more dangerous smallpox virus. This breakthrough led to the development of the smallpox vaccine and marked a major step forward in preventing infectious disease.
The document discusses the key factors that led to the development of vaccines. It describes how Edward Jenner discovered in 1796 that inoculating people with cowpox provided immunity to smallpox. Jenner's safer method of vaccination replaced the prior technique of inoculation. Despite opposition, vaccination became compulsory in 1853 after being supported by government findings proving its effectiveness.
This document provides an overview of medicine in the Middle Ages and Renaissance. It discusses that during the Middle Ages, medical knowledge declined as Roman and Greek works were lost. Disease was often attributed to religious causes, and medical practices were limited. The Renaissance brought revivals in learning, anatomy, and the scientific method. Figures like Vesalius, Harvey, and Paracelsus advanced understandings of anatomy and circulation through observations and experimentation, moving away from past authorities like Galen. Overall, medicine transitioned from being primarily religiously-based to increasingly scientific and evidence-driven over these eras.
Edward Jenner was an English physician born in 1749 who discovered vaccination for smallpox. He observed that dairy workers who had previously contracted cowpox did not later get smallpox. In 1796, he took material from a cowpox blister and inoculated an 8-year old boy, later exposing him to smallpox with no illness resulting. Jenner published his findings in 1798. By 1800, over 100,000 people worldwide had been vaccinated. Jenner's discovery led to the eradication of smallpox and saved millions of lives. He received honors but died in 1823 before being elected to the College of Physicians.
The document summarizes the contributions of several physicians who helped advance medicine and public health:
- Edward Jenner developed the smallpox vaccine in 1796 which was pivotal in eradicating the disease.
- Ignaz Semmelweis discovered in 1847 that handwashing reduced maternal mortality from puerperal fever in hospitals.
- John Snow conclusively linked a cholera outbreak in 1854 to a contaminated water pump, helping establish germ theory and epidemiology.
- Joseph Lister introduced antiseptic surgery in 1867, reducing surgical infections through carbolic acid and dressings.
- Alexander Fleming discovered penicillin in 1928 after noticing bacteria-killing mould in his lab, though it
History of Pharmacology (Renaissance to Early Modern Medicine)Yjnuuuhhh
The Renaissance to Early Modern Medicine document discusses developments in medicine between the 14th-17th centuries. Key developments included increased anatomical knowledge through dissection [1], ineffective treatment of diseases like plague and syphilis with magic and desperate attempts [2], and use of herbal remedies and substances like quinine, laudanum, tobacco, and mercury [3]. It also discusses establishment of hospitals for the wealthy and improved surgery survival [3]. Prominent figures from this period discussed include Paracelsus who diagnosed based on nature and used herbal remedies including mercury for syphilis [4], Humphry Davy who discovered chlorine and explored electricity's medical implications [5], William Morton who pioneered surgical
Contribution of Leeuwenhoek, Louis Pasteur, Robert Koch, Joseph Lister, Alexa...mallicktoufeeq8
Unveiling the Invisible: Microbes & their Marvelous Masters
Science owes a debt of gratitude to these giants of microbiology who dared to explore the unseen world.
Leeuwenhoek: Opened the door with his powerful microscopes, revealing the "little animalcules" we now know as bacteria.
Pasteur: Championed the "germ theory," explaining food spoilage, fermentation, and disease. His pasteurization technique and rabies vaccine stand as testaments to his impact.
Koch: Established the link between specific microbes and specific diseases, solidifying the germ theory and paving the way for targeted interventions.
Lister: Revolutionized surgery with antiseptic techniques, dramatically reducing infection rates and saving countless lives.
Fleming: Inadvertently discovered penicillin, ushering in the era of antibiotics and transforming the fight against bacterial infections.
Jenner: Developed the world's first vaccine against smallpox, laying the foundation for future vaccines and improving global health.
These pioneers unveiled the invisible, forever changing our understanding of the microbial world and its impact on our lives. Their legacies continue to inspire and guide scientific exploration, ensuring a healthier future for all.
The document provides the rules and questions for a medical trivia quiz. It consists of 18 preliminary questions across multiple slides, with the top 6 teams advancing to the finals. The rules specify this is not a memorization quiz, but one testing knowledge gained through medical training. It encourages guessing if unsure and notes the quiz moderator is "god" for the duration. The questions cover a wide range of topics related to medical history, discoveries, diseases and inventors.
The document summarizes the history of three major plague pandemics:
- The Justinian Plague from 541-544 CE originated in Africa and killed over a third of Constantinople's population, contributing to the demise of the Byzantine Empire.
- The "Black Death" pandemic from 1347-1352 CE was the most devastating, killing an estimated 30-60% of Europe's population.
- The third pandemic lasted from 1894-1959, killing over 15 million people mostly in India, before being controlled through public health measures and antibiotics. Major outbreaks occurred in Hong Kong, Australia and India during this period.
Sir William Osler was a Canadian physician known as the "Father of Modern Medicine". He made seminal contributions to medical education by insisting students learn from direct observation of patients at bedside. He established the first residency program and reduced reliance on lectures, prioritizing hands-on clinical training. Osler also authored influential medical textbooks and essays, and helped found Johns Hopkins Hospital and School of Medicine, revolutionizing medical research and teaching standards in North America. His emphasis on thorough physical exams, compassionate care, and equanimity continue to guide physicians over a century later.
Group hypnosis and rituals date back to ancient civilizations for religious and healing purposes. Animal hypnosis was one of the earliest types of hypnosis accepted and studied. Franz Mesmer introduced the concept of "animal magnetism" and used hypnosis techniques to cure illnesses, though the medical community dismissed magnetism's effects as imagination. James Braid coined the term "hypnosis" to distinguish it from magnetism, introducing modern conceptions of hypnosis based on fixed gaze and nerve center paralysis. The Nancy School in France, founded by Liebeault and Bernheim, established suggestion-based hypnotherapy which they practiced successfully on thousands of patients.
Visceral leishmaniasis, also known as Kala Azar, is a parasitic disease responsible for 500,000 cases worldwide each year. It was first observed in 1824 in India and was caused by Leishmania donovani parasites. Dr. Nicolaes Tulp, who was immortalized in Rembrandt's painting "The Anatomy Lesson of Dr. Tulp", made several medical contributions in the 1600s and helped establish standards for pharmacists in Amsterdam. Walter Reed helped prove that yellow fever was transmitted by mosquitoes, paving the way for construction of the Panama Canal, and a medical center is named after him.
Ronald Ross was a British physician who discovered that malaria is transmitted by mosquitoes. He conducted research on malaria in India between 1882 and 1899, where he discovered the malaria parasite in mosquitoes. In 1902, Ross received the Nobel Prize in Medicine for his work. He advocated for malaria prevention worldwide and established organizations to prevent malaria in various countries and industries. Ross made many contributions to epidemiology and methods for surveying and assessing malaria.
A medical trivia quiz! Not for nerd medical students! Conducted by me at Apollo Institute of Medical Sciences and Research, Jubilee Hills, Hyderabad during KARMIC 2015, annual national medical students' conference.
This document provides a summary of a quiz about infectious diseases described in literature. It describes Herpes being described in William Shakespeare's Romeo and Juliet. It then provides a brief history of Herpes Simplex Virus, including key discoveries such as it being shown to be infectious in 1893, isolation of the virus in Germany in 1912, and development of the antiviral drug aciclovir in 1977 to treat HSV infections. The document encourages learning more about infectious diseases by joining an online Facebook group.
Medical trivia quiz hosted by me during KARMIC 2015 -- the annual national medical students' conference at Apollo Institute of Medical Sciences and Research, Apollo Health CIty, Jubilee Hills, Hyderabad.
Today marks the death of the Austrian zoologist Konrad Lorenz in 1903. He was the founder of modern ethnology (the study of animal behaviour by means of comparative zoological methods). He was known affectionately by his pupils as the "father of the grey geese" which he studied. His ideas revealed how behavioural patterns may be traced to an evolutionary past, and he was also known for his work on the roots of aggression. He shared the 1973 Nobel Prize for Physiology and Medicine, for developing a unified, evolutionary theory of animal and human behaviour.
Edward Jenner discovered that exposure to cowpox provided protection against smallpox. In 1796, he conducted an experiment where he introduced cowpox into a child, who was later exposed to smallpox but did not become ill. Jenner had found that prior exposure to the mild cowpox virus conferred immunity to the more dangerous smallpox virus. This breakthrough led to the development of the smallpox vaccine and marked a major step forward in preventing infectious disease.
The document discusses the key factors that led to the development of vaccines. It describes how Edward Jenner discovered in 1796 that inoculating people with cowpox provided immunity to smallpox. Jenner's safer method of vaccination replaced the prior technique of inoculation. Despite opposition, vaccination became compulsory in 1853 after being supported by government findings proving its effectiveness.
This document provides an overview of medicine in the Middle Ages and Renaissance. It discusses that during the Middle Ages, medical knowledge declined as Roman and Greek works were lost. Disease was often attributed to religious causes, and medical practices were limited. The Renaissance brought revivals in learning, anatomy, and the scientific method. Figures like Vesalius, Harvey, and Paracelsus advanced understandings of anatomy and circulation through observations and experimentation, moving away from past authorities like Galen. Overall, medicine transitioned from being primarily religiously-based to increasingly scientific and evidence-driven over these eras.
Edward Jenner was an English physician born in 1749 who discovered vaccination for smallpox. He observed that dairy workers who had previously contracted cowpox did not later get smallpox. In 1796, he took material from a cowpox blister and inoculated an 8-year old boy, later exposing him to smallpox with no illness resulting. Jenner published his findings in 1798. By 1800, over 100,000 people worldwide had been vaccinated. Jenner's discovery led to the eradication of smallpox and saved millions of lives. He received honors but died in 1823 before being elected to the College of Physicians.
The document summarizes the contributions of several physicians who helped advance medicine and public health:
- Edward Jenner developed the smallpox vaccine in 1796 which was pivotal in eradicating the disease.
- Ignaz Semmelweis discovered in 1847 that handwashing reduced maternal mortality from puerperal fever in hospitals.
- John Snow conclusively linked a cholera outbreak in 1854 to a contaminated water pump, helping establish germ theory and epidemiology.
- Joseph Lister introduced antiseptic surgery in 1867, reducing surgical infections through carbolic acid and dressings.
- Alexander Fleming discovered penicillin in 1928 after noticing bacteria-killing mould in his lab, though it
History of Pharmacology (Renaissance to Early Modern Medicine)Yjnuuuhhh
The Renaissance to Early Modern Medicine document discusses developments in medicine between the 14th-17th centuries. Key developments included increased anatomical knowledge through dissection [1], ineffective treatment of diseases like plague and syphilis with magic and desperate attempts [2], and use of herbal remedies and substances like quinine, laudanum, tobacco, and mercury [3]. It also discusses establishment of hospitals for the wealthy and improved surgery survival [3]. Prominent figures from this period discussed include Paracelsus who diagnosed based on nature and used herbal remedies including mercury for syphilis [4], Humphry Davy who discovered chlorine and explored electricity's medical implications [5], William Morton who pioneered surgical
Contribution of Leeuwenhoek, Louis Pasteur, Robert Koch, Joseph Lister, Alexa...mallicktoufeeq8
Unveiling the Invisible: Microbes & their Marvelous Masters
Science owes a debt of gratitude to these giants of microbiology who dared to explore the unseen world.
Leeuwenhoek: Opened the door with his powerful microscopes, revealing the "little animalcules" we now know as bacteria.
Pasteur: Championed the "germ theory," explaining food spoilage, fermentation, and disease. His pasteurization technique and rabies vaccine stand as testaments to his impact.
Koch: Established the link between specific microbes and specific diseases, solidifying the germ theory and paving the way for targeted interventions.
Lister: Revolutionized surgery with antiseptic techniques, dramatically reducing infection rates and saving countless lives.
Fleming: Inadvertently discovered penicillin, ushering in the era of antibiotics and transforming the fight against bacterial infections.
Jenner: Developed the world's first vaccine against smallpox, laying the foundation for future vaccines and improving global health.
These pioneers unveiled the invisible, forever changing our understanding of the microbial world and its impact on our lives. Their legacies continue to inspire and guide scientific exploration, ensuring a healthier future for all.
The document provides the rules and questions for a medical trivia quiz. It consists of 18 preliminary questions across multiple slides, with the top 6 teams advancing to the finals. The rules specify this is not a memorization quiz, but one testing knowledge gained through medical training. It encourages guessing if unsure and notes the quiz moderator is "god" for the duration. The questions cover a wide range of topics related to medical history, discoveries, diseases and inventors.
The document summarizes the history of three major plague pandemics:
- The Justinian Plague from 541-544 CE originated in Africa and killed over a third of Constantinople's population, contributing to the demise of the Byzantine Empire.
- The "Black Death" pandemic from 1347-1352 CE was the most devastating, killing an estimated 30-60% of Europe's population.
- The third pandemic lasted from 1894-1959, killing over 15 million people mostly in India, before being controlled through public health measures and antibiotics. Major outbreaks occurred in Hong Kong, Australia and India during this period.
Sir William Osler was a Canadian physician known as the "Father of Modern Medicine". He made seminal contributions to medical education by insisting students learn from direct observation of patients at bedside. He established the first residency program and reduced reliance on lectures, prioritizing hands-on clinical training. Osler also authored influential medical textbooks and essays, and helped found Johns Hopkins Hospital and School of Medicine, revolutionizing medical research and teaching standards in North America. His emphasis on thorough physical exams, compassionate care, and equanimity continue to guide physicians over a century later.
Similar to Quiz infectious diseases in literature part 3 in eng (20)
The document provides a summary of infectious mononucleosis from Lauren Weisberger's novel "The Devil Wears Prada". It describes symptoms experienced by a character who is diagnosed with mononucleosis, including coughing up phlegm and being unable to travel for 3 weeks. The document then provides historical context on the discovery and identification of Epstein-Barr virus as the cause of mononucleosis. It discusses the work of Denis Parsons Burkitt in first describing Burkitt's lymphoma in African children and the subsequent collaboration between Burkitt and Michael Anthony Epstein that led to the identification of Epstein-Barr virus through examination of tumor samples.
Clinical cases from infection diseases hospital part 4drandreyst-p
This document describes a clinical case of a 31-year-old male who presented with fever, eye pain, and hemorrhages in the sclera of both eyes. Based on epidemiological data linking the patient's symptoms to a barbecue he attended where undercooked pork was consumed, as well as positive serology for Trichinella spiralis antibodies, the patient was diagnosed with trichinellosis. Trichinellosis is caused by ingestion of larvae from the Trichinella spiralis nematode found in undercooked meat like pork. The larvae penetrate the intestinal wall and spread throughout the body, causing symptoms like fever, muscle pain, and eye hemorrhages. Treatment involves antiparasitic medications and
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Presentation shows some real cases from infection diseases hospital and allow you to challenge your knowledge in medicine. After presentation of each case you will see a slide with a question about diagnosis. Try to answer and if you would have problems go to next slide where you will find a hint. Goodluck! If you would interested in new cases please contact Dr Andrey Dyachkov cd4@inbox.ru
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Second part of a presentation shows some examples of description of infection diseases in world literature along with some interesting facts about described disease and some clinical sympoms of it. If you would be interested in english version please contact Dr Andrey Dyachkov cd4@inbox.ru. First part could be found here http://www.slideshare.net/drandreyst-p/quiz-infection-in-literature-on-russian
Clinical cases from infection diseases hospitaldrandreyst-p
Presentation shows some real cases from infection diseases hospital and allow you to challenge your knowledge in medicine. After presentation of each case you will see a slide with a question about diagnosis. Try to answer and if you would have problems go to next slide where you will find a hint. Goodluck! If you would interested in new cases please contact Dr Andrey Dyachkov cd4@inbox.ru
Quiz infection in literature (on russian)drandreyst-p
Presentation shows some examples of description of infection diseases in world literature along with some interesting facts about described disease and some clinical sympoms of it. If you would be interested in english version please contact Dr Andrey Dyachkov cd4@inbox.ru
Quiz infectious diseases in literature part 3 in eng
1. Infectious diseases in literature
Part 3.
Pavlov State Medical University,
Department of Infectious diseases and Epidemiology,
St-Petersburg, Russia
Dr. Andrey Dyachkov
with assistance of Sharobueva Diana
(medical student from 521 group of PSMU)
E-mail: cd4@inbox.ru
30.09.2012
2. In this quiz you have to find out:
1.From which book we took a
description of disease?
2.Which infectious disease is
described?
Then you can learn
a little bit about it
3. Here comes a description of a disease from a book:
“Look at yourself in the glass.”
Strickland gave him a glance, smiled, and went over to
a cheap mirror in a little wooden frame, that hung on
the wall.
“Well?”
“Do you not see a strange change in your face?Do you
not see the thickening of your features and a look —
how shall I describe it? —
the books call it lion-faced. Mon pauvre ami, must I tell
you that you have a terrible disease?”
4. Here are some hints that can help you
to guess a name of the book…
5. William Somerset Maugham
(25 January 1874 – 16 December 1965 )
William Somerset Maugham was an English
playwright, novelist and short story writer. He
was among the most popular writers of his era
and reputedly the highest paid author during the
1930s.
«The Moon and Sixpence» is a novel told in
episodic form by the first-person narrator as a
series of glimpses into the mind and soul of the
central character, Charles Strickland, a middle-
aged English stockbroker who abandons his
wife and children abruptly to pursue his desire
to become an artist. The story is said to be
loosely based on the life of the painter Paul
Gauguin.
6. Eugène Henri Paul Gauguin
Paul Gauguin was a leading French Post-
Impressionist artist who was not well
appreciated until after his death. He was born
in Paris in 1848. At the age of 23 he became
a successful Parisian businessman and
remained one for eleven years. In 1873, he
married and had five children.
Gauguin was interested in painting since he
was a child but only after meeting Camille
Pissarro he started to spend all his time for
painting. In 1891 he left his family and sailed
to French Polynesia to escape European
civilization. In French Polynesia, toward the
end of his life Suffering from syphilis and
leprosy, he died at 11 a.m. on 8 May 1903 of
an overdose of morphine and possibly heart
attack.
7. Leprosy
Leprosy, also known as Hansen's disease ,
is a chronic disease caused by
the Mycobacterium leprae named
after norwegian physician Gerhard Hansen.
Leprosy is primarily a granulomatous disease
of the peripheralnerves, skin and mucosa of
the upper respiratory tract.
Historically, leprosy has been greatly feared
because it causes visible disfigurement and
disability, was incurable, and was commonly
believed to be highly contagious. (face of 24
y.o. patient).
Thought leprosy is trasmitted from human to
human, recent studies in
USA showed that
armadillos are zoonotic
source of infection.
8.
9.
10. Leprosy
Based on bacterial loads leprosy is classified as (PB)
paucibacillary and (MB) multibacillary. On the left -
a MB leprosy patient; notice the loss of eyebrows and the
nodules in the
eyebrows, cheek,
nose and ears.
On the right - Man with advanced
deformities caused by unmanaged
leprosy. Keratitis, loss of eyebrow,
thickened skin, and typical hand
impairments. Ho Chi Minh City,
Vietnam. (Courtesy of D. Scott
Smith, MD)
The drugs used in WHO-MDT are provided for free in endemic countries
and are a combination of rifampicin, clofazimine and dapsone for MB
leprosy patients and rifampicin and dapsone for PB leprosy patients.
Antileprosy drug used as monotherapy will always result in development
of drug resistance and should be considered as unethical practice.
11. In the Middle Ages people with leprosy
should wear a special dress which
included a bell to warn another people
about their appearance. In Europe and
India there was leper colonies - places to
quarantine leprous people. Leper
colonies administered by a Roman
Catholic order was often called a lazar
house, after Lazarus, the patron saint of
lepers.
Spinalonga on Crete, Greece,
one of the last leper colonies
in Europe, closed in 1957.
12. Gerhard Armauer Hansen
Gerhard Henrik Armauer Hansen was a
Norwegian physician, who concluded on the basis
of epidemiological studies that leprosy was a
specific disease with a specific cause.
In 1873, he announced the discovery
of Mycobacterium leprae in the tissues of all
sufferers, although he did not identify them as
bacteria, and received little support.
In 1879 he gave tissue samples to Albert
Neisser who successfully stained the bacteria and
announced his findings in 1880, claiming to have
discovered the disease-causing organism.
There was some conflict between Neisser and
Hansen, Neisser put in some effort to downplay
the assistance of Hansen.
13. Gerhard Armauer Hansen
G.A. Hansen worked in leprosy hospital in Bergen.
To proove his theory he had attempted to infect at
least one female patient without consent and
although no damage was caused, that case ended
in court and Hansen lost his post at the hospital.
Hansen remained medical officer for leprosy in
Norway and it was through his efforts leading to a
steady decline of the disease in Norway from
1,800 known cases in 1875 to just 575 - in 1901.
Building of former leprosy' hospital in Bergen is
now operating as a museum of leprosy.
14. Famous people suffered from leprosy
Father Damien or Saint Damien of Molokai was
a Roman Catholic Priest from Belgium and
member of the Congregation of the Sacred
Hearts of Jesus and Mary. He won recognition
for his ministry to people with leprosy, who had
been placed under a government-sanctioned
medical quarantine on the island of Molokai in
the Kingdom of Hawai.
Uzziah was Louis XI called the
the king of Prudent was
the ancient the King of
Kingdom of France from 1461
Judah to 1483.
15. Famous people suffered from leprosy
Edward Norton in the movie Kingdom of
Heaven playing Baldwin IV. Baldwin IV
of Jerusalem (1161 – 16 March 1185),
called the Leper or the Leprous, was
king of Jerusalem from 1174 to 1185.
Robert I (11 July Ōtani
1274 – 7 June Yoshitsugu was a
1329), popularly Japanese samurai of
known as Robert the Sengoky
the Bruce , was period though Azuchi
King of Scots from -Momoyama period.
25 March 1306, He was also known
until his death in by his court title,
1329. Gyōbu-shōyū.
16. Please visit our Facebook group «Infectious diseases for doctors» to
find photous and new clinical cases from infectious diseases hospital.
http://www.facebook.com/groups/414509858598674/