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Allergist
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Immunologists focus on finding and implementing solutions to diseases
affecting the immune system. Immunologists need to either complete a medical
degree and a fellowship in immunology or a doctoral degree. Most
immunologists work in medical or research capacities.

Immunologists specialize in immune disease and
infection research, also applying treatment methods. They may work in
medical facilities or laboratories. The educational requirements vary by
place of employment.
ANZSCO ID: 253915
Alternative names: Clinical
Scientist (Immunology)
Specialisations
- Medical Immunologist
- Medical immunologists typically work in private offices, clinics or
hospitals, coordinating with other providers to diagnose and treat
immunological issues. Job duties include conducting and evaluating
diagnostic tests, balancing risks and benefits to establish treatment plans
and conducting immunological therapies.
- Research Immunologist
- Research immunologists, on the other hand, generally work in labs. They
conduct scientific studies examining cell reproduction and the diseases that
affect the immune system, such as allergies and cancer. Some researchers
also spend time in the field, examining subjects in their natural
environments to gain a better understanding of elemental causes. A career in
research immunology can be stressful and demanding, because research
projects are usually funded by academic institutions that set strict
deadlines and conditions.
Knowledge, skills and attributes
You will need to have:
-
excellent communication skills
-
the
ability to organise and carry out research
-
teamworking skills
-
a
high level of self-motivation
-
meticulous documentation and record-keeping
-
confidence in using technology and systems
-
flexibility and adaptability
-
the
ability to use your initiative.

(Source:
Cottonique)
ALLERGIST
[below]
If you are experiencing a rash, itchy skin, seasonal nasal
congestion, hay fever, frequent asthma attacks, or food
sensitivities, you might need to consult an allergist. All
allergists are also immunologists. Where as an allergist diagnoses
and treats individuals with allergies, an immunologist will focus on
broader, less frequent, and more complex immune disorders.
IMMUNOLOGIST
Immunologists are also allergists in their distinct ways. When
you’re sick or have an allergic reaction, your immune system isn’t
working properly. This is where immunologists step in.
They focus on allergic reactions and diseases and treat them through
improved testing, diagnosis, and immunizations. To identify the
allergens or substances that cause your flare-ups, immunologists
perform a series of tests, which include blood testing, patch
testing, pulmonary function testing, skin testing, or a nasal smear.
DERMATOLOGIST
[on a
separate page in this website]
While allergists/immunologists treat health conditions by
understanding the wrongs in a patient's immune system,
dermatologists, on the other hand, are the expert on all things
skin-related.
Dermatologists usually conduct physical examinations on patients to
identify and treat any skin abnormalities or issues. They assist
patients and treat their concerns involving their skin, hair, nails,
mucous membranes, lips, nose, and eyes, and others.
Aside from managing conditions like eczema, psoriasis, skin cancers,
rosacea, or fungal infections, dermatologists also specialize in
cosmetic procedures by providing products that rejuvenate the skin,
diminish blemishes, remove scars and wrinkles, or reduce acne
breakouts. |
Duties
and Tasks
As a healthcare scientist (also
known as a clinical scientist) working in immunology you'll help to
diagnose, monitor and treat patients with a range of immune system
disorders, including:
- allergy
- autoimmune disorders -
when the body's defence system attacks itself (e.g. rheumatoid
arthritis)
- primary
immunodeficiency - where part of the immune system is missing or doesn't
function as it should
- antibody deficiency.
You'll work as part of a team,
including immunologists (medical doctors specialising in immunology) and
biomedical scientists, to research the causes of patients' immune system
problems.
As a healthcare scientist working in clinical immunology, you'll need to:
- investigate patients'
immune systems and research the causes of any problems
- undertake a range of
laboratory-based activities to help diagnose, monitor and treat patients
with a variety of immunological disorders, including HIV, leukemia and
Type-1 diabetes
- work with patients and
run specialised patient clinics
- help colleagues with
the interpretation and validation of test results
- help prescribe specific
types of treatment for individual patients
- discuss patient
treatment plans with relevant staff such as immunologists, specialist
nurses and paediatricians
- produce reports and
provide key information to medical staff about a patient's condition
- maintain accurate and
detailed records.
At a senior level, you may also
need to:
- teach or train medical
students and other hospital staff
- apply for and manage
departmental and/or laboratory finances and resources
- take responsibility for
working towards targets
- liaise with immunology
colleagues on a regional or national basis.

(Source:
Flickr)
What to expect
- If you're working in a
laboratory-based role, you'll liaise closely with medical and other
hospital staff. In a clinical role you'll have more direct contact with
patients and their families, as well as other clinical professionals.
- Self-employment is rare
due to the specialised equipment and materials required to do the job.
- In addition to clinical
immunology, you can also work in academic settings and in industrial
research.
- You may need to visit
other hospitals or clinics, but travel during your working day is
uncommon. (

(Source:
Flickr)
Education and training/entrance
requirements
-
Medical Immunologist Requirements
Becoming an immunologist in the medical field involves an exhaustive
training process. A student must earn a bachelor's degree preferably in
biology or chemistry and complete four years of medical school to earn a
Doctor of Medicine (M.D.). The M.D. graduate then fulfills up to seven years
of residency in internal medicine followed by at least a 2-year fellowship
in immunology.
-
Research Immunologist Requirements
A career as a research immunologist typically requires a Ph.D. in biology or
microbiology. This entails first earning a bachelor's degree and then
attending usually eight years of graduate school to complete the master's
and doctoral degree programs. Research immunologists should have excellent
communication skills, because they often collaborate with other scientists
and oversee small teams of researchers.
A research immunologist should possess a doctoral degree, while a medical
immunologist requires an university degree and
completion of medical school with a lengthy residency and fellowship. These
specialists could see a 14.9% increase in employment.
Employment Opportunities
Most healthcare scientists working in immunology are employed in
immunology laboratories in hospitals.
Other employers include:
- independent and academic laboratories
within the pharmaceutical industry
- government agencies
- the Health and Safety Executive (HSE)
- scientific Civil Service.
You may choose to follow a
research career, working in a university or research institute.
Alternatively, you could work in industry for pharmaceutical and
biotechnology companies, who employ immunologists to improve their
understanding of the immune system and how to apply this to the development
of new medical products and therapies.
Professional development
Once qualified, you must keep up to date with the ongoing
developments in research and analysis techniques. Continuing professional
development (CPD) is an essential and can include:
-
attending conferences
workshops and lectures
-
publication in
peer-reviewed journals
-
presenting research and
papers at conferences
-
undertaking work
exchanges abroad
-
applying for research
grants.
Did You Know?
|
The Conversation 17 April 2017
University of Tasmania's
"research on spotted hyenas set out to study them in both captive
environments as well as more natural settings so that we could
understand the importance of the environment in regulating their
immune systems.
We found that basic immune defences were different in captive hyenas
and wild hyenas. Wild hyenas have higher levels of several types of
antibodies than captive hyenas.
Another aspect of the spotted hyena’s ecology we studied was the
strict social order of their clans. High-ranking hyenas are nearly
always females. Males emigrate from other clans and enter the new
clan at the very bottom of the social hierarchy.
We found a link between the ranks of hyenas and their immune
profiles. For example, high-ranking hyenas had higher levels of
basic immune defences. This was true between females – where a
higher rank correlated to higher immunity – and between males and
females where the same was true of females with a higher rank.
This could be due to several possible reasons. One is that
high-ranking hyenas get more food and thus have more energy
available for their immune systems to use to fight infections.
In general the hyena immune system at the most basic level looks
similar to other more well-studied species. But our research shows
that the environment as well as social structures play a key role in
regulating immune defenses."
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