Microbes, also known as microorganisms, are living organisms that are unicellular or multicellular and they play an important role in the support and maintenance of life and nature. Microbiota consists of the microscopic organisms that are living within a certain environment, in this case many diverse environments. Research in the past has tried to answer questions of where are microbes found and can they withstand extreme or unlikely living conditions and environments? The topic that ties all three articles together are discoveries that actually answer these questions, such as microbes are in fact found in the fetus, as well as in dark, wet, frigid ecosystems, specifically subglacial lakes, and surprisingly, living organisms and bacteria …show more content…
One example is that neonatologists and pediatricians had to get rid of past beliefs that held to the idea that the womb of a pregnant mother is sterile. Research through testing new born infant’s first stool has found that early inoculation, the transfer of microbes to a place suitable for growth, takes place even before birth. Scientists have also found that healthy fetuses pick up bacteria in the womb. As with other scientific discoveries, this raises a couple questions. What route do bacteria take to get from the mother to the baby? Do mothers deliver a random collection or set collection of species that are beneficial to them? New research is working to make these clear. As scientists investigate the microbiome, collectively known as our resident bacteria, they are also exploring ways of manipulating fetal microbes to treat disorders ranging from gut infections to autoimmune disorders, and even premature labor. Continuing the conversation on supposedly unlikely places to find microbes, NASA has recently found that their most sterile rooms do indeed have surprising numbers and types of sturdy bacteria that appear to resist normal sterilization procedures. 45 percent of the bacteria found were previously unknown to science, specifically oligotrophs, rarer microorganisms that have adapted to grow under extreme conditions, and they also resist other
in another scenario he examines the main stereotypical factors that is association with microbes in our body and how media and news headline tend to examine illness and microbes from a fear standpoint without examining the scientific aspect behind the development and prevention of such microbes in the first
Unknown Lab Report Unknown # 25 By: Jenna Riordan March 19, 2018 Bio 2843 1. Introduction Microbiology is the study of microorganisms found in all different environments throughout Earth, from the hot thermal vents at the bottom of the ocean to the ice at the top of a mountain.
In the article, “Some of My Best Friends are Germs” Michael Pollan emphasizes the importance of microbes and how they affect our bodies and health. I thought a lot of this information to be interesting such as how microbes make up 99% of our bodies and how they contribute to the way we metabolize foods. I wasn’t aware of how microbes such as bacteria outnumber our body’s cells but yet fascinatingly interact with host cells to create optimal health. It was surprising to read that gut bacteria can alter the way we store fat or the way we respond to hormones that make us feel hungry or full which can ultimately lead to obesity because most often we hear that its due to an unhealthy lifestyle.
Although microscopic single-celled organisms inhabited earth long before humans evolved from their primate ancestors, they continue to coexist and coevolve with humans today, flourishing as both harmless and deadly companions. Within her literary work Deadly Companions: How Microbes Shaped Our History, microbiologist Dorothy Crawford begins with a dramatic account of severe acute respiratory syndrome (SARS), the first pandemic of the twenty-first century. Crawford travels back in time four billion years ago to the origin of microbes, recounting the evolutionary history of microbes, showing how microbes spread and cause epidemics, and revealing how coevolution yields host resistance. Furthermore, Crawford explores the intertwining history of microbes and humans, with the purpose to reveal the link between the emergence of microbes and the cultural development of man.
However, little information has been conducted on what is happening internally, specifically to the cecum microbiome. Past studies, have used sacrificed and cannulated horses to collect cecal fluid to analyze the population of the microbiome with DNA sequencing. DNA sequencing is used to determine the exact order of nucleotides within a DNA strand. This allows scientists to study normal genes, but also compares normal genes to disease-causing versions. However, lack of technology and sequencings techniques have hindered scientists to develop a full picture of the changes to the microbiome.
"The transformational research by Drs. Doudna and Charpentier have uncovered molecular details of an amazing bacterial immunity mechanism. Their findings enable dramatic improvements in the speed, efficiency and flexibility of genome editing. " This quote explains why Jennifer Doudna and Emmanuelle Charpentier are such influential people. Their research is truly beneficial for humans for our future and species to keep living for years and decades and so forth.
In the first four chapters of Deadly Companions author Crawford takes us on a journey on how microbes shaped our history. Starting with when microbes first appeared on planet Earth to Darwinian evolution of single celled organism. In chapter two “Our Microbial Inheritance” she discussed the relationship of microbes with hunter-gatherers and early settlements; and their relationship to disease. She looks at the impact of microbes on the lives of individuals and the population as a whole. Hunter-gatherers were small groups of people that hunted for food, moving from place to place.
However, in 1963 “about 25,000 children a year died because medical science lacked the skills and the specialized equipment needed to save them” (James 1). “By 2002, fewer than 1,000 babies a year die[d] of respiratory distress” (Philip 807) and “doctors can now save preemies as young as 23 and 24 weeks with the use of the protein surfactant, ventilators, and advanced technology known as continuous positive air pressure” (James 3). “The death of this presidential baby was a critical event, according to historians, one that sparked medical advances [and increased funding] that did for the survival of preemies what Sputnik did for the space race” (James 1). The terms, “neonatology and neonatologist were first introduced in 1960” (Philip 799).
Being able to identify unknown microbes from systematic testing is what makes the field of microbiology so important, especially in infectious disease control. Using the testing procedure laid out by the microbiology field we are able to identify unknown bacteria present in our everyday lives, and along the way learn a lot about their characteristics that separate them from other types of bacteria. Being able to do this is vital in order for us to understand why microbes are present in certain places, how they are able to grow and what restricts their growth, that way they can be combatted if necessary. These techniques for determining unknowns are also important for isolating and testing infectious disease microbes in order to prevent spreading. Another important aspect of being able to identify unknown microbes is the
An aspect of research I am interested in is microbiology. It is something that I think is very interesting. There were many discoveries in microbiology and much more left to know about. I am curious about microbiology. I believe the Academy can help me obtain and accomplish my future goals and aspiration by providing enriched studies and research on microbiology.
INTRODUCTION Infection Prevention and Control (IPC) is one of the most important agents in the prevention of hospital acquired infections or what we termed nosocomial infections. IPC channels every member of the hospital, which includes, healthcare providers (HCP), patients and the hospitals perse. It is important to practice IPC commandment to every hospital as well as community. The Palestinian Ministry of Health (MOH) adopted the national IPC protocol.
Louis Pasteur Louis Pasteur made many discoveries that helped the world. His medical accomplishments include cures for rabies, anthrax, chicken cholera, and silkworm disease. He also contributed toward our first vaccines. His approach to scientific research and his methods are seen to have transformed science. His medical achievements make him an important part of the history of medicine (Discovery of Pasteurization, n.d.).
This is launched to enhance the understanding of the role of Microbiome in the ecology of humans and using the concerned knowledge in the development of therapies for various illnesses (About MGH, nd, News Releases). The department of chemistry and biological engineering, and MIT institute of medical engineering and science are involved in collaboration with MGH clinical medicine. This new partnership will follow the one that was implemented among MIT, Ragon Institute of MGH and Harvard, which started in 2009 and worked on developing effective vaccine against AIDS as a part of their study on the role of immune system in human disease (MIT News, Oct. 15, 2014). This new partnership between MIT and MGH has offered $3 million to a two-year period research project dealing with the problems in diagnostics, autoimmune and infectious diseases and in
The goal of this experiment was to see which forms of turkey would yield the most microbes. Our hypothesis was that the turkey exposed to more was going to yield the most microbes. My prediction was that the raw chunk turkey and the non-organic sliced turkey was going to have the most microbes. To my surprise, the Inspirations deli turkey from Hannaford had the most microbes in both experiments. Experiment 1 began with obtaining 5 different samples of turkey that had all been cooked and prepared differently.
Microbes were the first organism to occupy the Earth. They are a group of the smallest organisms and are single cellular organisms. Microbes are becoming important in areas such as biochemistry, genetics, agriculture and medicine. They are also important decomposers. One example, of a microbial life is the prokaryotes called bacteria.