Sir Alexander Fleming
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Sir Alexander Fleming made an accidental discovery that changed medicine. While studying Staphylococcus bacteria under his microscope, he noticed that a blue-green mold that had contaminated one of his culture plates seemed to prevent the bacteria from growing around it. The mold was penicillin, which Fleming realized had antibacterial properties. He spent years after his initial discovery isolating and studying penicillin. His work led to the development of penicillin as the first widely used antibiotic, saving millions of lives by treating bacterial infections.
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Alexander Fleming was a Scottish biologist born in 1881 in Scotland. He studied at the Royal Polytechnic Institution and St. Mary's Hospital Medical School, becoming a lecturer in bacteriology at St. Mary's until 1914. In 1928, Fleming discovered the antibiotic properties of the penicillium mold by accident. Upon returning from vacation, he found that a penicillium mold had contaminated a culture of staphylococci bacteria, but had prevented its growth in the contaminated area. This discovery of penicillin's ability to kill bacteria led to it becoming one of the most important antibiotics used worldwide to treat infections.
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1) Alexander Fleming nasceu na Escócia em 1881 e se formou em medicina em Londres, trabalhando com bacteriologia.
2) Em 1928, Fleming descobriu o fungo Penicillium por acaso em seu laboratório, identificando sua capacidade de inibir bactérias e dando início ao desenvolvimento da penicilina.
3) A penicilina revolucionou a medicina ao se tornar o primeiro antibiótico amplamente usado, salvando milhões de vidas contra doenças como a sífilis.
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Alexander Fleming was a British scientist who in 1928 discovered penicillin, the first antibiotic substance produced by a microorganism. While working with staphylococci bacteria, he noticed the antibacterial properties of the Penicillium mold that inhibited their growth. He published his findings in 1929 and his discovery of penicillin led to the development of other antibiotics and revolutionized medicine by allowing previously deadly diseases to be treated. In 1945, Fleming was awarded the Nobel Prize in Medicine for his discovery of penicillin.
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Alexander Fleming accidentally discovered penicillin in 1928 while studying antibacterial agents. He found that mold was preventing bacteria from growing on one of his culture plates. Upon further study, he determined the mold was penicillium notatum and had antibacterial properties. This discovery of penicillin proved to be life-saving for many patients.
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Alexander Fleming fue un científico escocés que descubrió la lisozima y la penicilina. Identificó la lisozima en las secreciones nasales humanas en 1921 y observó que destruía bacterias. Más tarde, en 1928, notó que un hongo había destruido bacterias en una placa de Petri, lo que condujo a su descubrimiento de la penicilina. La lisozima y la penicilina tuvieron grandes aplicaciones médicas al tratar enfermedades infecciosas. Fleming recibió el Premio Nobel de Medicina
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Louis Pasteur was born in 1822 in Dôle, France to a family that valued patriotism and hard work. He showed a talent for science from a young age and went on to study at the prestigious École Normale Supérieure in Paris. There, he made groundbreaking discoveries in crystallization and molecular asymmetry that laid the foundations for the new field of stereochemistry. Later in his career, Pasteur developed vaccines against deadly diseases like anthrax and rabies by growing them in sterile conditions. He also invented the process of pasteurization to prevent spoilage in foods like milk and wine by heating them, vastly improving public health. Pasteur founded the Pasteur Institute in Paris, where
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Louis Pasteur fue un químico y biólogo francés que fundó la ciencia de la microbiología. Realizó investigaciones pioneras sobre la fermentación, descartó la teoría de la generación espontánea, e investigó enfermedades como el gusano de seda y el carbunco. También desarrolló la teoría de los gérmenes como causa de enfermedades y creó la primera vacuna contra la rabia.
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Louis Pasteur nació en 1822 en Francia. Se interesó por la química y se doctoró en ella en 1847. Realizó importantes contribuciones en microbiología como la pasteurización, el desarrollo de vacunas y la refutación de la generación espontánea. Demostró que los gérmenes, no la espontaneidad, causan la fermentación y las enfermedades. Esto sentó las bases de la medicina moderna. Murió en 1895 siendo considerado el padre de la microbiología.
Una Historia Fabulosa
Un granjero escocés salvó a un niño que estaba atrapado en un pantano. El padre del niño, un noble, quiso recompensar al granjero, pero este se negó. En lugar de eso, el noble ofreció pagar la educación del hijo del granjero. Años más tarde, el hijo del noble, Sir Winston Churchill, estuvo enfermo de pulmonía y fue salvado por la penicilina, cuyo descubridor fue el hijo del granjero, ahora un famoso médico, Sir Alexander Fleming.
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Alexander Fleming nació en 1881 en Escocia y murió en 1955 en Inglaterra. Descubrió la penicilina accidentalmente en 1928 cuando notó que las bacterias habían muerto alrededor de una contaminación por hongos en una placa de Petri. Más tarde, la penicilina despertó interés durante la Segunda Guerra Mundial para tratar heridas infectadas. Por sus descubrimientos de la penicilina y las células, Fleming recibió el Premio Nobel de Medicina en 1945.
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Aquí os dejamos una bonita historia que nos han pasado. Lamentablemente todo apunta a que es un bulo/hoax aunque tiene como toda historia buena algo de verdad. Fleming si descubrió la penicilina. Pero a persar de ello no desmerece el relato ya que somos de los que penamos que toda buena acción al final tiene su recompensa.
Según indica el powerpoint debemos este buen rato de lectura e investigación a Ria Ellwanger
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Har Gobind khorana
Natural science is the broad field that includes biology, chemistry, physics and earth sciences. It seeks to understand nature, its living and non-living components, working to describe and predict the behavior of complex systems through repeatable experiments and testing of hypotheses. The goal is to obtain factual information about the world and how it works, acquiring knowledge that can be subsequently used to enhance technology and improve human lives.
Fisiologia respiratoria edward jenner
Este documento describe los volúmenes y capacidades pulmonares, incluidos el volumen corriente, volúmenes de reserva, capacidad pulmonar total y capacidad funcional de reserva. Explica la ventilación, incluida la ventilación alveolar y el espacio muerto anatómico. También resume la espirometría y sus mediciones como la capacidad vital forzada y el volumen espiratorio forzado en el primer segundo, los cuales se usan para diagnosticar trastornos obstructivos y restrictivos.
Alexander fleming
El documento resume los conceptos básicos de la biología, incluyendo que es la biología, para qué sirve y sus principales ramas. También describe los campos de la biología como la medicina, genética y anatomía. Por último, resume la vida y descubrimientos del biólogo Alexander Fleming, incluyendo el descubrimiento de la penicilina y la lisozima.
Charla ACEPTA 04/2012
ACEPTA es una institución sin fines de lucro cuyo objetivo es prevenir el consumo de alcohol y drogas en niños, jóvenes y adolescentes. Sus objetivos son retardar la edad de inicio de consumo de alcohol en los jóvenes y evitar el consumo de drogas. El documento advierte sobre los riesgos del consumo de alcohol a edades tempranas como enfermedades al hígado, cáncer e infarto, y cómo interfiere con el desarrollo cerebral y social durante la adolescencia.
Biografia de Alexander Fleming
Alexander Fleming nació en 1881 en Escocia y murió en 1955 en Londres. Descubrió la penicilina de forma accidental al observar que un moho inhibía el crecimiento de las bacterias en uno de sus cultivos. La penicilina fue el primer antibiótico efectivo y salvó muchas vidas. Fleming dedicó su vida a la investigación bacteriológica y recibió el Premio Nobel de Medicina en 1945 por el descubrimiento de la penicilina.
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Similar to Sir Alexander Fleming
Pptinglese
Alexander Fleming discovered penicillin in 1928 while studying influenza at St. Mary's Hospital in London. He noticed that a mold had developed on a culture of staphylococci bacteria plates and created a bacteria-free circle around itself. Fleming experimented further and named the active substance penicillin. This discovery of antibiotics in mold led to the development of modern antibiotics and significantly increased lifespans in the 20th century. Fleming shared the 1945 Nobel Prize in Medicine with Florey and Chain for his role in the discovery of penicillin.
Pptinglese
Alexander Fleming discovered penicillin in 1928 while studying influenza at St. Mary's Hospital in London. He noticed that a mold had developed on a culture of staphylococci bacteria plates and had created a bacteria-free circle around itself. Upon further experimentation, Fleming named the active substance penicillin. This discovery of penicillin led to the development of modern antibiotics. In 1945, Fleming shared the Nobel Prize in Medicine with Florey and Chain for their work in developing penicillin.
Alexander fleming
Alexander Fleming was a Scottish microbiologist who worked at St. Mary's Hospital in London. During his work there researching vaccines and treatments for infections, he accidentally discovered that mold in one of his culture dishes had lysed and killed some of the surrounding bacteria. Upon further investigation, he discovered the mold was Penicillium notatum and was producing penicillin, which had antibacterial effects. This accidental finding of penicillin's ability to kill pathogenic bacteria like Staphylococcus aureus was a seminal discovery, though it was initially underestimated. Fleming went on to publish his discovery of penicillin's antibacterial properties in 1929.
Alexander Fleming
Alexander Fleming was a Scottish bacteriologist best known for discovering penicillin in 1928. While studying Staphylococcus aureus bacteria, Fleming noticed the presence of a mold called Penicillium that was inhibiting the bacteria's growth. He realized the mold was secreting an enzyme with antibacterial properties. Although Fleming was unable to purify and stabilize penicillin, his discovery laid the groundwork for later scientists to develop it into the first widely used antibiotic. Fleming shared the 1945 Nobel Prize in Medicine with Howard Florey and Ernst Chain for their work developing penicillin.
Ppt alexander fleming
Alexander Fleming was born in Scotland in 1881 and studied bacteriology, graduating from medical school in 1906. During World War I he observed that soldiers infected with mold were surviving infections that killed others. In 1927, he discovered penicillin after observing that a mold in his laboratory killed staphylococci bacteria. Although he published his findings in 1929, penicillin was not purified and developed into a widely used antibiotic until Howard Florey and Ernst Chain's work during World War II. Fleming received the Nobel Prize for Medicine in 1945 along with Florey and Chain for discovering penicillin.
Alexander Fleming Scrapbook: By Brent Christy
Alexander Fleming accidentally discovered penicillin in 1928. While showing a friend some experiments, Fleming noticed mold growing on one of his culture plates except for an area around a contaminant. He studied this further and found that the mold, penicillium notatum, was preventing the growth of bacteria. This discovery of penicillin's antibacterial properties revolutionized medicine and saved countless lives.
Antibiotics
Alexander Fleming discovered penicillin in 1928 almost by accident. When he returned from vacation, he noticed a contaminant mold in one of his culture plates had destroyed some Staphylococcus aureus bacteria surrounding it. This mold was later identified as Penicillium notatum. Further investigation revealed it produced an antibiotic substance, which Fleming named penicillin. A team at Oxford including Howard Florey and Ernst Chain later isolated and purified penicillin, allowing its clinical use during World War II and revolutionizing medicine by enabling the treatment of infections. Fleming, Florey and Chain shared the 1945 Nobel Prize for their contributions to developing penicillin.
CfE2-S-74-Alexander-Fleming-PowerPoint-English_ver_2.ppt
Alexander Fleming was born in 1881 in Ayrshire, Scotland. He became interested in bacteria and studied medicine, focusing his later work on microbes. In 1928, while on holiday, Fleming discovered that a mold that had grown in one of his petri dishes had killed the bacteria, revealing the antibacterial agent penicillin. This discovery led to the development of antibiotics which have saved millions of lives by treating bacterial infections. Fleming was knighted for his work and received the Nobel Prize in 1945.
Penicillin
Penicillin is a group of drugs produced naturally by mold that can stop the growth of certain infections and diseases. In 1928, Alexander Fleming discovered that the blue-green mold Penicillium notatum released a substance that killed bacteria. Researchers later experimented with Fleming's discovery and by 1941 were able to produce enough penicillin to treat patients, which saved lives during World War 2. Dorothy Crowfoot Hodgkin later determined penicillin's chemical structure, allowing it to be produced synthetically.
Discovery of Penicillin
This presentation highlights on an important discovery i.e. Penicillin antibiotics by Sir Alexander Fleming.
History of epidemiology
This document provides a history of epidemiology, covering its origins and key figures. It traces epidemiology back to ancient Greece and discusses its modern definition as the study of disease distribution and determinants in populations. Some important developments include John Graunt establishing demographic analysis in the 1600s, James Lind identifying citrus as preventing scurvy in 1747, Edward Jenner developing vaccination against smallpox in 1796, Ignaz Semmelweis reducing childbed fever mortality via handwashing in 1847, and John Snow linking cholera to contaminated water in 1854. These pioneers helped establish epidemiology's objectives of identifying disease causes and evaluating preventive measures.
Physicians that changed our world
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
Pharma ppt
Alexander Fleming discovered penicillin in 1928 almost by accident. Upon returning from vacation, Fleming noticed a mold growing in one of his culture plates that contained staphylococci bacteria. He observed a clear zone around the mold where no bacteria was growing, indicating that the mold was secreting a substance that was killing the bacteria. The mold was later identified as penicillium mold. This was a seminal discovery as it showed that microbes could be used to kill other microbes. However, it took over a decade for penicillin to be mass produced and used widely to treat bacterial infections during World War II, saving many lives. While penicillin revolutionized medicine, drug resistance has since emerged as a major challenge.
Florey brochure
Lord Howard Florey was a scientist who played a key role in developing penicillin. While Fleming discovered penicillin, Florey and his team were able to extract and purify it, proving its effectiveness. Their work showed penicillin was not toxic and could successfully treat bacterial infections. The development of penicillin relied on a series of fortunate events and circumstances, as well as Florey's resourcefulness in securing funding and collaborating with experts from various fields. This allowed penicillin to be mass produced, saving millions of lives during World War 2.
THE DISCOVERY OF PENICILIN.docx
In 1928, Dr. Alexander Fleming discovered penicillin by accident while studying bacteria in his office. He noticed a mold growing in some bottles that was killing the bacteria. Inspired by this, he prepared medicine from the mold and cured a sick little girl patient who had the same bacteria. He named the new medicine penicillin, which doctors now use worldwide to treat many diseases, helping millions of people.
Project Antibiotics(by:harkiran)
Antibiotics are drugs derived from microorganisms that are used to treat bacterial infections by killing or stopping the growth of bacteria. Alexander Fleming discovered penicillin in 1928 when he observed that a mold that had contaminated a culture plate was releasing a substance that was killing the surrounding bacteria. Penicillin was the first widely used antibiotic and revolutionized medicine, but bacteria have increasingly developed resistance requiring new antibiotics to be discovered and developed.
antibiotic and antibiotic resistant
1) The document discusses the history of antibiotics from ancient times to modern developments. It describes early uses of molds and fungi to treat infections dating back thousands of years.
2) Alexander Fleming's accidental discovery of penicillin in 1928 is discussed as a major breakthrough, though its potential was not realized until the 1940s with the work of Florey and Chain.
3) The modern production of various classes of antibiotics is summarized, including natural, semisynthetic, and synthetic antibiotics and some of the major classes and examples. The ideal properties of antibiotics and their mechanisms of action are also briefly covered.
Presentation1 Penicillin
Sir Alexander Fleming discovered penicillin in 1928 by accident. Before antibiotics, bacterial infections routinely killed millions as there were no effective treatments. Fleming was studying influenza when he noticed a mold in his lab that prevented bacterial growth, which he identified as penicillin. Penicillin proved effective against certain bacteria like streptococcus and helped reduce deaths from infections. It revolutionized medicine and led to advances like organ transplants. However, overuse of antibiotics has led to increased resistance from bacteria over time.
Milestones in microbiology
brief description about milestones achieved in microbiology is given .information is gathered from many sites , books , slide share etc
30 Minute Expert2
In 1928, Alexander Fleming noticed that mold from a Penicillium fungus seemed to kill surrounding bacteria in his lab, discovering the world's first antibiotic, penicillin, which helps treat bacterial infections.
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CfE2-S-74-Alexander-Fleming-PowerPoint-English_ver_2.ppt
CfE2-S-74-Alexander-Fleming-PowerPoint-English_ver_2.ppt
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Sir Alexander Fleming
- 1. Sir Alexander Fleming By: Brian J.
- 4. Penicillin Penicillin (sometimes abbreviated PCN or pen) is a group of antibiotics derived from Penicillium fungi. They are Beta-lactam antibiotics used in the treatment of bacterial infections caused by susceptible, usually Gram-positive , organisms.
- 8. Nobel Prize All three received 1/3 of the Nobel Prize in Physiology or Medicine
- 9. The End