What
is Pathology:
A
Hidden Science
If you were at a party and someone told you they were a pathologist,
how would you imagine that they’d spent their working
day? Investigating the cause of suspicious deaths for the
police perhaps? That’s certainly a side of pathology
that has a high media profile and is often featured in films
or television crime series. But in fact it’s far more
likely that they were busy in a hospital clinic or laboratory
helping living people. Because that’s the reality of
modern pathology - it’s the hidden science that every
day saves lives by helping doctors to make the right decisions. |
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Discovering
disease
Pathologists study the causes of disease and the ways in which disease
processes affect our bodies, or those of the animals and plants
on which we all depend. Recognising the patterns that disease takes
allows us to understand what’s at the root of a problem, enabling
accurate diagnosis. And following up this understanding of what
has gone wrong helps us devise treatments and put preventative measures
in place.
At
the core of all medicine
The science of pathology permeates all branches of medicine. The
doctors who you meet in a surgery or clinic all depend on the knowledge,
diagnostic skills and advice of some of the 4000 pathologists working
in the UK. Whether it’s your GP arranging a pregnancy test
or your surgeon wanting to know the nature of the lump removed at
operation, the definitive answer is usually provided by a pathologist.
Supporting
progress
The science and practice of pathology is promoted by the Royal College
of Pathologists, which also ensures - through examinations and a
programme of continuing professional development - that high standards
of knowledge and expertise are maintained in all areas. This booklet
aims to inform you about the work of pathologists and the College
by explaining what is involved in the main branches of the discipline
and illustrating it with real-life cases.
The
hidden science that saves lives
A
young science
Pathology
is a relatively young science. Although the foundations were laid
in the 19th century, it was only in the 1930s that it began to develop
as a clinical discipline in its own right.
The first pathologists dealt with all areas of the subject, but
rapid advances quickly meant that pathologists too became specialists.
The Royal College of Pathologists was established in 1962 to co-ordinate
this development and maintain the internationally renowned standards
and reputation of British pathology. Today the College’s advice
on a vast range of issues relating to pathology is sought by health
departments, government organisations, industry, medical societies
and academic institutions.
At
the forefront of research
The
achievements of modern pathology are impressive. Here are just a
few:
| * |
developing
vaccines against major infectious diseases such as smallpox,
diphtheria, polio, influenza and meningitis |
| * |
enabling
safe blood transfusions - vital for the success of complicated
modern operations |
| * |
managing the immune system for successful organ transplants;
|
| * |
monitoring
drug treatment |
| * |
establishing
a tissue diagnosis and a prognosis in tumours and inflammatory
diseases |
| * |
pinpointing
the genetic causes of disease |
| Every
day, these activities, along with countless more routine tests
and investigations, underpin doctors’ ability to deal
with illness.
The fact that much pathology is done behind the scenes may
account for the fact that many people are almost unaware of
its vital, ongoing contributions to modern medicine. Without
the detective work of pathologists investigating disease there
could be no firm answers, and improving or even maintaining
the quality of medical care would be impossible. The following
pages highlight the crucial work carried out in some of the
main areas of modern pathology. |
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