Pathology is stimulating and challenging since it involves solving
puzzles. The specialty incorporates aspects of many other fields in
medicine and presents opportunities for teaching and research.
On-call requirements are minimal and working hours are reasonably
flexible.
You need to have thorough knowledge and understanding of the
underlying academic material. An excellent eye and discerning memory
are important in anatomical pathology, which is very much a visual
specialty reliant upon good attention to detail. You should be
logical and methodical in your work and you need to be decisive –
this is not the specialty for fence-sitters. It is important to be
able to work independently and as part of a team.
Common to all subspecialty areas in anatomical pathology are the
activities of making a diagnosis, communicating the findings to
clinical colleagues and offering advice on prognosis. Morphological
subspecialties involve interpreting changes in organs and tissues,
both macroscopically and microscopically. Opportunities exist in all
areas of pathology to make important contributions to knowledge of
diseases. Subspecialty areas may involve the following activities:
Microbiology
One clinical microbiologist describes his job as having three
facets: the patient, the microbe and the antimicrobial regimen. It
is possible to take a specific interest in any one aspect: if you
focus on the patient you will liaise with infectious disease
physicians; if you focus on the microbe you will work with
laboratory scientists, molecular biologists and laboratory
technologists; if you focus on the antimicrobial treatment you will
work with clinical pharmacologists. How each day is spent depends on
your particular interests, but most clinical microbiologists deal
with a combination of all three of these aspects.
Chemical Pathology
Tests in chemical pathology are generally performed by scientists,
technologists or technicians, using highly automated equipment. The
role of the chemical pathologist is to ensure that the appropriate
tests are done, that they are carried out accurately and that the
results are correctly interpreted. Chemical pathologists liaise
between the laboratory and the clinic. All trainees are required to
undertake laboratory work during training and many choose to spend
time on laboratory-based research towards an MD or PhD. There is
also a clinical component to training, and some trainees work
towards additional clinical qualifications, usually in internal
medicine or paediatrics but sometimes in gynaecology or surgery.
Chemical pathologists are removed from the front line of medicine;
they are doctors’ doctors rather than patients’ doctors. This allows
for considerable flexibility and has enabled many chemical
pathologists to take a broader role in laboratory management and
information technology.
Haematology
Haematology is a specialty that interfaces with many others, so
requires good consultation and communication skills. Much of the
work revolves around interpreting automated laboratory results and
reviewing blood film morphology. Sometimes a diagnosis will be
apparent from the blood film, but otherwise it becomes necessary to
consult with medical staff with regard to organising and performing
appropriate laboratory testing. You may be needed to sort out
difficult bleeding or coagulation problems for surgeons, advise on
anticoagulant management, or treat patients with inherited bleeding
disorders. Haematological oncology involves diagnosing lymphoma or
leukaemia, discussing the diagnosis with the patient and prescribing
treatment.
One of the most rewarding aspects of the joint clinical and
laboratory training programme in haematology is that it provides the
opportunity to see a patient in the ward or outpatient setting, make
a clinical diagnosis, and then confirm or refute that diagnosis when
you return to the laboratory. It is possible to undertake
pathology-only training in haematology. Specialists who do not
relish the clinical side can develop special expertise in
transfusion medicine or immerse themselves in the world of
diagnosis, working more closely with laboratory scientists,
molecular biologists and cytogeneticists. (For further information
please refer to the ‘Haematology’ section under ‘Internal
Medicine.’)
Anatomical Pathology
One histopathologist described his day as a combination of cutting
up specimens, deciding which items to sample, reporting results,
attending meetings and making occasional visits to operating
theatres. In addition the role may involve performing and diagnosing
fine needle aspiration cytology, and carrying out post-mortem
examinations (both hospital and forensic).
There is expected to be an increase in the role of molecular
biology, with new diagnostic tests becoming available. It is
probable that there will be an increase in population screening for
early disease detection. As technology advances, medico-legal issues
are likely to become more prominent.
All of the pathology registrars and consultants surveyed highly
recommend this specialty, although they emphasise that it is
necessary to have aptitude for this kind of work.
The College does not specify a maximum length of training, so
training can be deferred if necessary. Job-shares are possible for
specialists who wish to work part time, but may be difficult to
arrange.
The hours are much better than for many specialties so the impact on
family life for a consultant is not unreasonable. The training
period, however, is demanding: pathology is a highly academic
specialty with significant study requirements.
The training programme is considered to be gruelling and the salary
level for registrars is comparatively low. There is minimal patient
contact in some subspecialties such as anatomical pathology, and
staff shortages can mean that the hours are long.