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- Última sesión: 13-02-20
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Types Of Health Research
You'll locate 3 main varieties of health research: population research, laboratory research and clinical research. Men and women affected by cancer mainly take part in clinical research. Population and laboratory research are often the starting point for clinical research. Click here: http://mxsponsor.com/riders/stilling-potter/about for additional information.
Population research (epidemiology)
What is it?
The study of how and why diseases occur in classes of individuals (populations). Scientists in this industry are called epidemiologists. They start looking for patterns and styles in disease to determine why certain diseases, such as cancer, happen in some individuals but not others.
Their findings regularly lead to recommendations on ways to cut back or prevent disease. Such a research focuses on groups of people rather than individuals.
Key areas
Health services research -- investigates the quality, cost and ease of access for services, such as hospitals, specialists and allied health professionals.
Medical data research -- examines medical documents, commonly from hundreds or thousands of men and women, to understand what causes cancer and the way that it can be avoided. Visit this link: http://www.staredit.net/profile/60126/ for extra information.
Mathematical modelling -- employs information from your past to estimate what could happen later on, e.g. modelling can work out how many people today are inclined to become diagnosed with cancer in 10 years' time. Visit this link: https://www.easyhits4u.com/profile.cgi?login=PatsyPowers&view_as=1 for furthermore information.
Laboratory research
What will it be?
Scientists conduct laboratory experiments with the building cubes of disease to try to understand how a disease operates out. They research cells, proteins and DNA from humans and animals, or disease-causing agents such as chemicals, bacteria and viruses. Visit Home Page for fruitful information now.
Researchers also analyze and create new medication and treatments in the laboratory. Laboratory research is most often the starting point for clinical research.
Essential areas
Basic research -- seems to be at the body's tissues and molecules to learn how they work. This helps scientists work out why cancer starts or spreads and the way that it might be avoided or treated more effectively. Basic research helps to show if a treatment is probably going to be safe and potent.
Animal research -- helps researchers understand how exactly a treatment functions, problems it could potentially cause, and if it might be useful in humans.
Stem cell research -- appears at just how stem cells develop, their function in causing disease and treatment resistance, and their potential use as a treatment.
Genomic research -- looks at the use of genes at the creation of disease, and just how a individual's genetic makeup can be utilised to help prevent, diagnose and treat disease.
Pharmacogenetics -- scientific studies how genes affect a person's response to medication, and why some people today respond well to a particular medication and many others usually don't.
Clinical research
What is it?
Research conducted on people to understand, diagnose, prevent and treat diseases. It's usually carried outside in a clinical setting such as a hospital or outpatient practice, and it regularly takes patient participation.
Crucial areas
Human participation scientific studies -- demand contact with patients andhealthy volunteers. Examples include clinical trials and behavioural research using questionnaires.
Record-based scientific tests -- access personal data without face-to-face contact, e.g. examining patients' medical records to determine when treatment was powerful. Check out this site for fruitful information right now.
Laboratory scientific studies -- examine human material such as tissue or blood obtained during operation, from tissue sampling (biopsy), or even a post-mortem examination (autopsy). Tissue banking (or even biobanking) accumulates and outlets groups of cells (tissue) for used in cancer research.
Technology studies -- develop new engineering for diagnosis and treatment.
You'll locate 3 main varieties of health research: population research, laboratory research and clinical research. Men and women affected by cancer mainly take part in clinical research. Population and laboratory research are often the starting point for clinical research. Click here: http://mxsponsor.com/riders/stilling-potter/about for additional information.
Population research (epidemiology)
What is it?
The study of how and why diseases occur in classes of individuals (populations). Scientists in this industry are called epidemiologists. They start looking for patterns and styles in disease to determine why certain diseases, such as cancer, happen in some individuals but not others.
Their findings regularly lead to recommendations on ways to cut back or prevent disease. Such a research focuses on groups of people rather than individuals.
Key areas
Health services research -- investigates the quality, cost and ease of access for services, such as hospitals, specialists and allied health professionals.
Medical data research -- examines medical documents, commonly from hundreds or thousands of men and women, to understand what causes cancer and the way that it can be avoided. Visit this link: http://www.staredit.net/profile/60126/ for extra information.
Mathematical modelling -- employs information from your past to estimate what could happen later on, e.g. modelling can work out how many people today are inclined to become diagnosed with cancer in 10 years' time. Visit this link: https://www.easyhits4u.com/profile.cgi?login=PatsyPowers&view_as=1 for furthermore information.
Laboratory research
What will it be?
Scientists conduct laboratory experiments with the building cubes of disease to try to understand how a disease operates out. They research cells, proteins and DNA from humans and animals, or disease-causing agents such as chemicals, bacteria and viruses. Visit Home Page for fruitful information now.
Researchers also analyze and create new medication and treatments in the laboratory. Laboratory research is most often the starting point for clinical research.
Essential areas
Basic research -- seems to be at the body's tissues and molecules to learn how they work. This helps scientists work out why cancer starts or spreads and the way that it might be avoided or treated more effectively. Basic research helps to show if a treatment is probably going to be safe and potent.
Animal research -- helps researchers understand how exactly a treatment functions, problems it could potentially cause, and if it might be useful in humans.
Stem cell research -- appears at just how stem cells develop, their function in causing disease and treatment resistance, and their potential use as a treatment.
Genomic research -- looks at the use of genes at the creation of disease, and just how a individual's genetic makeup can be utilised to help prevent, diagnose and treat disease.
Pharmacogenetics -- scientific studies how genes affect a person's response to medication, and why some people today respond well to a particular medication and many others usually don't.
Clinical research
What is it?
Research conducted on people to understand, diagnose, prevent and treat diseases. It's usually carried outside in a clinical setting such as a hospital or outpatient practice, and it regularly takes patient participation.
Crucial areas
Human participation scientific studies -- demand contact with patients andhealthy volunteers. Examples include clinical trials and behavioural research using questionnaires.
Record-based scientific tests -- access personal data without face-to-face contact, e.g. examining patients' medical records to determine when treatment was powerful. Check out this site for fruitful information right now.
Laboratory scientific studies -- examine human material such as tissue or blood obtained during operation, from tissue sampling (biopsy), or even a post-mortem examination (autopsy). Tissue banking (or even biobanking) accumulates and outlets groups of cells (tissue) for used in cancer research.
Technology studies -- develop new engineering for diagnosis and treatment.