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Meet Sahar Mohsin, a young woman who
is inspiring and admirable for the work she does and
how much she has accomplished. She is said to be the
only Pakistani doctor in Ireland with a Phd in Anatomy.
Not only is she teaching at a prestigious university,
she also does extensive research on the human bone.
Read on to learn more about her journey to becoming
a doctor as well as some tips about how you can keep
your bones healthy!
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PIC
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I was born in Lahore and brought up in Islamabad, Pakistan,
where I lived until I got married and moved to Republic
of Ireland (Eire).
My early education is from Islamabad College
for Girls (ICG), where I did my F.Sc and have very fond
memories of the place. I did MBBS from Rawalpindi Medical
College (RMC) and internship from affiliated teaching
hospital, ‘Rawalpindi General Hospital’
(RGH). Thereafter, I came to Ireland and passed MRCP1.
It was the time when the medical council in Ireland
had closed new registration for foreign doctors and
was considering introducing a registration exam.
How I ended up in Anatomy is actually quite interesting.
I went to visit a friend in medical school in Galway,
Ireland; where by chance I met Professor in Anatomy
who incidentally was looking for some keen tutor to
teach anatomy on honorary basis. She started interviewing
me and I indicated to her that I have absolutely no
interest in the subject; as a medical student anatomy
was one subject I dreaded most. She took my address
and I literally ran from the place with my life. Honorary
teaching, and that too of Anatomy, no way! A few weeks
later, someone rang my door bell and to my surprise
it was the same professor. She had brought with her
the application form for me to apply for the post of
anatomy; I just did not have the heart to refuse her.
Later, it transpired she lived in the same estate as
ours. So, out of courtesy I applied, and also at the
interview I was fairly honest about my reservations
for anatomy.
As luck would have it, my interview grades were actually
quite good, and to my surprise, I was offered the job.
I joined thinking I will leave this job as soon as medical
council registration will open. However, as I went along
I started to develop an interest in teaching; which
also involved research. I ended up with Masters in Anatomy
after my first year. The research project of my Masters
was well appreciated and I was able to secure scholarship
of four years towards PhD at Royal College of Surgeons.
I believe I am the first and only Pakistani doctor in
Ireland with a PhD in Anatomy.
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During my PhD, I studied the structure
of human bone in minutest of details. As we grow old,
our bones get hard and develop microcracks from everyday
stresses. These cracks, over a period of time, weaken
our bones and may result in serious damage with relatively
lesser force, even fracture of bone. I studied various
mechanisms by which these cracks develop. It was an
excellent experience as I learned new techniques and
got a chance to present this work at various national
& international conferences. Now I have taken this
research further and I am working on various bone engineering
projects.
Bone Tissue Engineering is a multidisciplinary
research area where scientists from various backgrounds
apply principles of biology and engineering to develop
bone substitutes to restore, maintain, or improve the
function of diseased or damaged human bones.
Apart from direct trauma and secondary
to various systemic diseases, bones can be damaged as
a result of over activity (stress factors of foot common
in soldiers, runners, ballet dancers), or sometimes
the body’s bone repair mechanism is deficient
as in old age and people develop fragility fractures.
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I am currently working on developing bone substitutes.
The need for bone substitutes is particularly important
as these are often required to help repair or replace
damaged or diseased bones in cases ranging from trauma,
to congenital and degenerative diseases, to cancer,
to cosmetics. There are approximately 500,000 surgical
procedures performed every year in the U.S. which require
bone substitutes. Currently available bone substitutes,
including autografts (tissue transplanted from one part
of the body to another in the same individual), allografts
(transplant of an organ or tissue from one individual
to another), and synthetic materials, which are the
most implanted materials second only to transfused blood
products. However, these substitutes are far from ideal
and have many associated problems, e.g., grafting is
expensive, frequently gets infected, and can have significant
donor site morbidity, while synthetic materials wear,
do not behave like true bone, and may be rejected by
the body. My goal is to provide an alternative solution
by creating large-scale, tissue engineered bone.
Osteoporosis is a condition of bones in which
the amount of bone (bone quantity) is decreased as is
the quality of bone. This leads to an increase in the
risk of fractures, particularly of the wrist, hip and
spine. Osteoporosis is a major public health problem
for elderly people. It effects both men & women
but common in women in menopausal age due to hormonal
imbalance which effect bone changes. Osteoporosis often
affects back as a result elderly women develop a hunch
over and their spine shrinks. (found some interesting
pics on web)
There are certain risk factors defined for osteoporosis
such as early menopause, personal history of fracture
as an adult, low body weight (that is why cases are
reported in young models and athletes), long term immobilization,
excessive alcohol, smoking, diabetes etc.
Osteoporosis is a preventable disease.
There are number of drugs available for treatment but
none offer a complete cure; therefore, building strong
bones, especially before the age of 30 can be the best
defense against developing osteoporosis. Also, a healthy
lifestyle can be critically important for keeping bones
strong. Get daily recommended doses of calcium and vitamin
D, engage in regular weight bearing exercise, avoid
smoking and excessive alcohol, discuss with your family
physician about bone health.
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I teach ‘Human Anatomy’ at Bart’s
and London School of Medicine & Dentistry, Queen
Mary University of London. I teach at undergraduate
level to medical, dental, nursing students and at postgraduate
level to radiologists, surgeons and dentists.
Yes, most definitely, as medical field is demanding
but rewarding in every way. There are so many options
available other than clinical jobs as I know it can
be difficult to manage with full family responsibilities.
Teaching has the prestige, flexibility, as well as the
satisfaction which I think suits a woman.
It is true that a good proportion of
doctors leave Pakistan for a number of reasons, most
often to further academic and research career. However,
I strongly feel that we all have a debt to pay for what
Pakistan has given to us. Pakistanis deserve the best
and we are in a position to make that happen. I certainly
intend to return, but equally believe perhaps as an
expatriate, I can contribute as much being away from
Pakistan as being physically there.
Although an attractive packages, which in my case may
include a safe and conducive environment and provisions
for research, would probably be central to any contract,
however, it is the strong commitment to purpose which
probably is the most important of all.
Never give up, work hard towards your goals and you
will succeed, and enjoy your life to full.
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