بــسم
الـله الـرحمن
الـرحيم
مـوقع الدكتور محمد علي البار Dr. Moahammed Ali Albar نحو طب إسـلامي هادف على
الإنـترنــت Our way to Islamic Medicine |
أخــلاقيات
طــبية :
أسـاسيات أخلاق
الطـبيب المسـلم
العودة إلى
الصفحة الرئيسة الدكتور
محمد علي البار
إن
أخلاق الطبيب والقضايا
المتعلقة بها فيما
يعرف بأخلاقيات
المهنة الطبية
، لقيت اهتماما
عظيما منذ ظهور
الطب ، وسجل ذلك
في البرديات المصرية
القديمة والكتابات
المسمارية الحامورية
البابلية ، واهتم
بها الإغريق وخاصة
أبوقراط ، حيث
اشتهر قسم أبوقراط
حتى أن الأمم المختلفة
التي جاءت بعده
على مدى 2300 عام جعلته
من أساسيات المهنة
الطبية بعد إدخال
تعديلات عليه بحذف
وإضافة .
واهتم
الأطباء المسلمون
بقسم أبوقراط بعد
تعديله وحذف الشركيات
والقسم بالآلهة
فيه وأضافوا إليه
. وأساس هذه الأخلاقيات
وأعمدتها التي
تقوم عليها المهنة
الطبية ست ، وهي
على النحو التالي
:
1.
الإحسان
والرحمة : هو
أمر نادى به القرآن
الكريم حيث قال
تعالى : " وَأَحْسِنُوا
إِنَّ اللَّهَ
يُحِبُّ الْمُحْسِنِينَ(195)
" وقال صلى الله
عليه وسلم : " إن
الله قد كتب الإحسان
على كل شيء فإذا
قتلتم فأحسنوا
القتلة وإذا ذبحتهم
فأحسنوا الذبحة
، وليحد أحدكم
شفرته وليرح ذبيحته
" فإذا كان الإحسان
قد كتب حتى على
طريقة الذبح ،
فهو من باب أولى
قد كتب في مجال
الطب والتداوي
.
2.
عدم الإضـرار
: وقد صح عن المصطفى
صلى الله عليه
وسلم قوله : " لا
ضرر ولا ضرار "
ولا شك أن عدم الإضرار
يعتبر أحد الأركان
الأساسية في موضوع
التداوي . والأمراض
الناتجة عن التداوي
بالجراحة والأشعة
والعقاقير تزداد
يوما بعد يوم حتى
أصبحت فرعا هاما
من فروع الطب يعرف
باسم الأمراض الناتجة
عن التداوي .
3.
المحافظة
على السر : وهو
أمر أساسي في الحياة
وفي الطب . إذ يطلع
الطبيب على كثير
من أسرار المريض
، فلا يجوز له أن
يفشيها إلا في
حالات نادرة محددة
حيث يمكن أن ينتج
عن كتمان السر
ضرر بالغ بالآخرين
. وقد وردت أحاديث
كثيرة عن الحبيب
المصطفى صلوات
الله وسلامه عليه
تحث على حفظ السر
ومنها قوله صلى
الله عليه وسلم
" المستشار مؤتمن
" .
4.
العـدالة
: والمقصود بذلك
العدالة في توزيع
الخدمات الصحية
بحيث لا تكون مقصورة
على الأغنياء وذوي
النفوذ والجاه
والمال بينما يحرم
منها الفقراء والضعفاء
والمساكين . وهو
أمر قد حثت عليه
الشريعة الغراء
كما أن الأنظمة
الحديثة قد تنبهت
له . ومن الخطأ التركيز
في الخدمات الطبية
والصحية على المستشفيات
الضخمة المكلفة
والتي تستهلك ميزانيات
وزارة الصحة والقطاع
الخاص ، وهي إن
كانت تقدم خدمات
طبية مهمة ، إلا
أن هذه الخدمات
لا تصل إلا لعدد
محدد من أفراد
المجتمع وبكلفة
عالية جدا ، بينما
لا تصل أي خدمة
على الإطلاق للملايين
في الأرياف والنجوع
وإذا وصلت فهي
خدمة رديئة ضئيلة
محدودة .
5.
الاستقلالية
والذاتية : والمقصود
بذلك أن كل فرد
في المجتمع بالغ
عاقل راشد يتمتع
بالحق في قبول
أو رفض أي علاج
طبيعي أو أي إجراء
طبي . ولا ينتهك
هذا الحق إلا في
حالات الإنقاذ
وخاصة عند فقدان
الشخص المصاب لإدراكه
ووعيه أو عند اضطراب
هذا الوعي. وفي
حالة معالجة الأطفال
أو غير الراشدين
فإن ولي هذا الشخص
هو الذي يعطي الموافقة
للإجراء الطبي
أو العلاج إلا
فيما ذكرنا في
الحالات الإسعافية
، ولذا يجب وجود
موافقة متبصرة
من المريض العاقل
البالغ أو وليه
في حالة كونه قاصرا
أو غير مدرك . والمقصود
بالموافقة المتبصرة
( الإذن بالإجراء
الطبي ) أن يعرف
المريض ماذا سيعمل
له ، وما هي الفوائد
المتوقعة وما هي
الأضرار المحتملة
حتى يكون على بصيرة
من أمره . وإذا كان
الله تعالى يقول
: " لا إِكْرَاهَ
فِي الدِّينِ
" . فمن باب أولى
لا إكراه في الطب
.
6.
المسؤولية
الطبية : ويلخصها
حديث الرسول الكريم
صلى الله عليه
وسلم " من تطبب
بغير علم فهو ضامن
" . والطبيب مسؤول
عن عمله وقد فصل
علماء الإسلام
في يذلك تفصيلا
دقيقا فكان موقفهم
وسطا بين الإفراط
والتفريط الذي
تعاني منه البشرية
.
الــــتقدم
العلمي بدون
ضــوابط
أخـلاقية
العودة إلى
الصفحة الرئيسة الدكتور
محمد علي البار
أمثلة
في مجال الطب :
v
v الإجـهاض
:
50 مليون حالة
إجهاض سنويا .
v
v الأمراض
الجنسية :
- 250
مليون حالة سيلان
سنويا
- 20 مليون حالة
هربس في
الولايات
المتحدة فقط
- 33 مليون حالة
عدوى بفيروس
الإيدز حتى
نهاية عام 1998
- 50 مليون حالة
زهري سنويا
v
v تحويل
الذكر كامل الذكورة
إلى أنثى حسب
الرغبات
والأهواء ..
وتحويل الأنثى
كاملة
الأنوثة إلى
ذكر .
v
v مئة
مليون طفل في
آسيا يدفعون
إلى البغا
والدعارة
سنويا .
v
v مليون
طفل في أمريكا
اللاتينية
يدفعون إلى
الدعارة
سنويا .
v
v ندرة
الرضاعة
ووفيات الأطفال
: 5 ملايين طفل
يتوفون بسبب
عدم الرضاعة .
v
v وما
يؤدي إليه من
نقص المناعة
والالتهابات
الميكروبية
والإسهال .
v
v مليون
يتوفون نتيجة الملاريا
.
v
v 3
ملايين
يتوفون نتيجة التدخين
سنويا
v
v 3
ملايين
يتوفون نتيجة السل
الرئوي سنويا
العودة
إلى الصفحة الرئيسة الدكتور
محمد علي البار
It is not imperative on muslims to seek remedy, except
in life- saving situation, and where the illness is infectious and is going to
affect the community e.g. tuberculosis or other infectious remediable diseases.
The health authorities can impose certain measures like enforcing treatment or
quarantine in certain highly infectious diseases, for the safe guard of the
community.
The Principle of autonomy should not
be over ruled except where the dangers extend to the community, but it is of
paramount importance to understand that Islamic teachings holds high the
principle of autonomy. The ailing person should have control over the type of
remedy he is required to perform and his informed consent is mandatory.
Unfortunately the freedom of choice is not always available, and in many third
world countries may never exist.
The rule of autonomy entails a competent major person who can decide
for himself what is best for him. In pediatrics the parents or custodian of the
child usually takes the decision in the best interest of the child. If the
parent or custodian is not acting in the best interest of the child, the Qhadi
(The magistate) can replace a new custodian to act in the best interest of the child.
The
court in Kuwait enforced renal dialysis for a child suffering from renal
failure despite the parent’s wishes.
There are many Fatawas (legal Islamic
decision) allowing withdrawal of all resuscitative measures when brain death is
diagnosed. The respirator could be switched off, and any drugs given stopped.
The decision of diagnosing brain death is always a medical one and the ensuing
ending of resuscitative measures should not be left to the family. It is a
medical decision.
Similarly if the
treating physician finds a certain modality of treatment is useless or going to
increase the suffering of the patient, that modality of treatment should not be
enforced from the start. Simply that means withholding
certain useless or harmonious mode of treatment. The prophet Mohammed
(PBUH) said: ”above all do no harm” and this rule of non-maleficence is the
corner stone of all medical ethics.
Stopping a useless type of
medication or certain measure that support life will come under the same rule,
but the lifting of life support should be decided by a committee involving the
treating physicians, ethical and community member. It should also be discussed
with the family. Many Fatawas regarding the end of life are available.
Euthanasia is not allowed. However, stopping a useless mode of treatment is
another matter, and is not prohibited. The end of life should be as smooth as
possible and any unnecessary management that could bring suffering to the dying
patient or his relatives should never be used.
العودة إلى
الصفحة الرئيسة الدكتور
محمد علي البار
The majority of Asian and African
countries populations are Muslims by
religion. The Arabian peninsula is the cradle of the Arabs, and Islam is their religion
since it was established by prophet Mohammed (PBUH) in 622AD in Madina, the
first city state. Within 10 years all the Arabs embraced Islam, and soon after
the Islamic Empire was established which ruled over vast countries spreading
from the western borders of china in the east to the Atlantic shores of
Portugal, Spain and today’s Maghrib and Mauritania, where Arabs and Arabic
language prevailed.
Islam differs from many other religions in providing a complete code of
life. It encompasses the secular with the spiritual, the mundane with the
celestial, and hence forms the basis of the ethical, moral; and even juridical
attitudes and laws towards any problem or situation.
Man is the vicegerent of Allah (God) on earth. “Behold thy Lord said to
angels: I will create a vicegerent on earth.”[i] “ He fashioned man in due proportion and
breathed into him something of His spirit”[ii]
The progeny of Adam was also honoured by Allah: “We honoured the progeny of
Adam, Provided them with transport on land and sea, given them for sustenance
things good and pure, and conferred on them special favours above a great part
of our creation”[iii]
Human life begins at the time of ensoulment, which is stated in the
Hadith (Sayings of the prophet Mohammed PBUH) to be at 120th day from the
moment of conception4, which is equivalent to
134 days from the last menstrual period (LMP) used by obstetricians. Prior to
that moment the embryo has a sanctity, but not reaching that of a full human
being.
Ibn Al Qayim who lived in the 8th century of Hijra (14th
century AD) raised the following question in his book “Al Tibiah fi Ahkam Al
Quran” “If it is asked : Does the embryo before ensoulment posses life? It is
answered that it has the life of growth and nourishment like a plant. But once
the soul enters the body then it has the sense of perception and volition,
(which constitute the basis of human life)”5
Similarly Ibn Hajar Al Asqalani in his
voluminous textbook “Fathu-lbari fi Sharh Saheehul Bukhari” argues that the
liver is the first organ formed in the embryo as it is important for growth and
nourishment. The formation of the brain, in his opinion, comes at a later stage
when ensoulment is due. 6 It is
intriguing to find the great Islamic religious leaders link ensoulment to the
formation and integration of the nervous system, whereby the centres of
perception and volition are found. Recently professor Julius Koren presented a
paper in Ottawa, Canada in a conference on “ethics of organ transplantation”
where he showed by studying multiple sections of different aborted fetuses that
synapsis in the brain does not propagate impulses except at the beginning of
the 20th week of conception computed from LMP. (equivalent to 120
days from fertilisation).7
The Islamic jurisprudence council of Mekkah Al Mukaramah (the Islamic
world League) passed a Fatwa No. 4 (Legal Resolution) in its 12th
session held in 15-22 Rajab 1410H (10-17 February 1990) which allowed abortion
if the fetus is grossly malformed with untreatable severe condition proved by
medical investigations and decided upon by a committee formed by competent
trustworthy physicians, and provided that abortion is requested by the parents
and the fetus is less than 120 days computed from moment of conception.8
This Fatwa was a landmark, as previous Fatwas only allowed abortion in
the first 40 days of conception. At such a period it was almost impossible to
ascertain any of the congenital or hereditary diseases. By extending the time
of permissible abortion to 120 days computed the from moment of conception
(i.e. 134 days from LMP), gives ample time to ascertain the diagnosis of
severely affected embryo’s and fetuses. Abortion is one of the reproductive
options offered to manage and prevent genetic diseases which will be discussed
in this paper.
The so called genetic diseases include not only single gene disorders,
but a wide array of syndromes which include chromosomal, multfactorial ,
mitochondrial, and somatic cell genetic disorders . Table (1) shows how these
disorders are diagnosed, and Table (2) illustrates the incidence of each type
per 1000 live births.
Islamic teachings concentrate on prevention of disease rather than
cure. Islam encourages marriage and prohibits fornication and adultery. “O
mankind reverence your Guardian-Lord, who created you from a single soul
(person), created of like nature his mate, and from them twain scattered (like
seeds) countless men and women.”9 In
another aya (verse) of the holy Quran it orders unmarried men and women to get
married. “Marry those among you who are single”.10
The prophet Mohammed (PBUH) said: “Marriage is my way, those who shun my way
are not from me (i.e. my people)”. 11
He also said: “Marry and procreate for I will be proud of you (on the day of
judgment), among all nations”.12 He said: “If someone wants to marry and he is
of good character and religion, make it easy for him to marry. If you don’t,
then corruption will spread”.13 He
advised Muslims to choose for their daughters, husbands with good character and
free from physical and social illnesses. Similarly he warned not to marry a
girl only for her beauty when her character is blemished. 14 He also said : “Choose for your
offspring the suitable woman for hereditary plays a role”. 15
The prophets and messengers of God (Allah) asked Him to give them good
and pure children (free from bad character and disease): “Zakariya prayed to
his Lord saying; O my Lord grant me from Thee a progeny that is pure.” 16
Similarly the faithfuls pray to God and say “Our Lord grant us wives and
offspring who will be the comfort of our eyes.”17
They can not be the comfort of their eyes unless they are healthy in body,
mind, and of good character.
Premarital
examination to avoid genetic diseases will be a welcome, especially in a
community where the rate of consanguineous marriage is high. Table (3) gives
the pertinent features of premarital medical exam.
The control and prevention of congenital and genetic diseases implies
control of teratogens. Table (4) gives examples of well known teratogens that
could be avoided. Rubella is virtually eliminated in many countries by
vaccinating school children girls at premarital age. Syphilis and other STD
(Sexually transmitted diseases) will not appear if all sexual desires are
channeled through marriage as Islamic teachings implies. Fornication, adultery,
and sodomy are all harshly punished in Islamic legal code, and religiously they
are considered of the greatest sins, that each Muslim should avoid.
Alcohol is the commonest chemical substance causing mental retardation
and congenital anomaly. Islam totally prohibits imbibing alcoholic beverages.
Similarly smoking causes abortion, congenital anomalies and small for date
babies. It is prohibited in Islamic teachings and many fatwas have reiterated
its prohibition. Any substance that is going to be harmful to the baby (i.e.
teratogen) should be avoided as the prophet Mohammed (PBUH) said: “Do no harm”.
18
There are simple measures which reduce
congenital diseases e.g. adding folic acid to the diet such as bread proved to
reduce the incidence of serious congenital diseases viz.: anencephaly, spina
bifida and syringomyelocele (open neural tube). Similarly iodized salt help to
prevent the occurance of cretinism and hypothyroidisms in the newborns.
Table (5) shows the risks related to genetic diseases in general
population, while table (6) shows the risks of consanguinity. The highest risks
are from first degree marriage viz.: Parent child and sib to sib where they
share half the genetic pool. All cultures and religions consider such a
relation as a taboo. However it is well known that the Pharoes and the old
Persians allowed marriage between brothers-and sisters. In the old testament
(book of Genesis) it is claimed that Abraham married his half sister Sarah19,
while Lot had sex with his two daughters and both of them became
pregnant of that incest and delivered Moab and Benammi20. Islamic teachings refute such claims
and consider the messengers of God as the purest persons on earth, and will
never do such horrendous acts.
First cousin marriage carry an increase of of 3-5% of genetic diseases
where they share 1/8 of the gene pool, while in second cousin marriage they
will share 1/64 of the gene pool. An average of 30% first cousin marriage in
the community would increase the birth prevalence of all autosomal recessive
disorder between 5 and 10 times. This will double the congenital malformations
detected at bith from 2.5 to 5% of all live births21.
The gene of autosomal recessive disease in the community may increase
exponentially i.e. 15 to 30 times in first cousin marriages22. The inborn errors of metabolism which
are mostly recessive and therefore directly increased by consanguinity, show an
unprecedented surge in Riyadh, where the figures from king Faisal Hospital show
an alarming high incidence, which seems to be directly related to the high
consanguinity in Saudi Arabia 23’24. 20–25% of all marriages are first
cousins, another 20-25% are second cousin marriages and about 15-20% are family
related, a total of 60-65% of consanguinity marriages25.
However, when the autosomal recessive gene in the community is very
common e.g. Thalassemia, sickle cell anemia and G6 PD, where the incidence in
Hafoof and Qatif (Eastern province of Saudi Arabia) and Jizan (S.W. province of
Saudi Arabia), involves 20-25% of the whole population, the carriers of the
trait are one in four, or one in five in the whole community, any marriage will
have a high risk of marrying another carrier of the trait. 26’27’28’29’30
Table (7) lists the most important points in control and prevention of
hereditary disorders. Screening of all newborns for common and rare diseases
can establish early diagnosis and proper management. Simple tests for phenyl
ketonuria, homoaystinuria, galactosemia and many others can avert calamity in
those affected Diets free from phenyl alanine or methionine or gotaclose are
available and if the newly born is given such a diet, he will grow normally. He
will need the diet for few years only and then can revert to normal diet.
During adulthood, the pregnant lady suffering from phenyl ketonuria should
stick to phenylanine free diet all through her pregnancy to avoid any harm to
her baby.
Premarital carrier detection is important especially in communities
where consanguinity is very high. If the fiancé and fiancée are found carrying
the same autosomal recessive gene, then genetic counseling should be provided,
and all the pertinent facts and risks to the progeny explained. If they insist
on marriage, the decision is theirs, but reproductive alternatives should be
discussed with them.
Fig (1) shows the different reproductive options. If the couple accept
the risk of pregnancy the alternatives will be:
1.
Preimplantation
diagnosis, where in vitro
fertilization is carried out. The zygotes are grown to 8 cell stage (morulla
stage), where a cell is removed examined for anenploidy (abnormal number of
chromosomes) and DNA testing for the culprit gene. If proved negative, the
morulla/blastula is implanted. If it is positive then it is discarded and
another morulla/blastula tested. The beauty of this method is that it avoids
abortion. However, it is not yet available except in few centers in the world.
The success rate of pregnancy and take home baby of all in vitro fertilization
(IVF) projects, is low (15%). There seems to be no short term risks by removing
a cell from the growing morulla/blastula, but nobody can ascertain the future
and long term risks.
2.
Adoption: is not allowed in Islam, though caring for
orphan or children of unknown parents is encouraged and considered as a charity
and a great act of worship. However the lineage of the child should be kept to
his biological parents.
3.
Artificial
insemination by a donor, or egg donation: are all out of bounds in Islamic law. Procreation in Islamic law is
limited to husband and wife, during the existence of matrimonal bondage. If
divorce or death of a spouse occurs no procreation will be allowed.
4.
Prenatal
Diagnoses: This will involve
blood testing of the mother for alpha feto protins, gonadotrophins and more
recently for fetal cells. Chorion villous sampling (CVS) is done in the 7th
to 8th week of pregnancy and if the fetus is proved suffering from
serious congenital anomaly then abortion is offered. If (CVS) was not
available, then ultrasound study, amnniocentesis and blood sampling from the
fetus will confirm the diagnosis. If the congenital anomaly is very serious,
abortion could be carried, provided it is done prior to the 120 days from
conception. (as explained videsupra).
In conclusion:
Islamic teachings offer a great deal in the prevention and control of
genetic diseases to Islamic communities, which form the majority of the
population in many Asian and African countries. It is important to educate the
people about the dangers of consanguinity, which is very common in the area.
Premarital examination should be encouraged which may detect the trait in those
intending to get married. Proper counseling should be provided, the dangers
explained and the options discussed. Prenatal diagnosis and the option of
abortion for serious devastating diseases (prior to 120 days from conception)
will reduce the incidence of such diseases. Neonatal screening can avert havoc
by simple measures e.g. specific diets, or certain operative measures. Avoiding
teratogens and provision of folate and iodine in the diet will help reducing
congenital diseases.
[ii] ibid, Sura 3, verse 9
[iii] ibid, Sura 17, verse 70
4
Sahih Al-Bukhari, Cairo: Matabi Asshab (1378H) 1958: 4:135
5 Ibn Al-Qayim: AlTibian Fi Ahkam Al-Quran,
Maktabat Al-Qahira, Cairo (year of print not mentioned) P255
6 Ibn Hajar Al-Asqalani: Fathulbari Fi Sharh
Saheehul Bukhari, Al-Muktaba Assalafiyah, Cairo, 1380H (1960), Supervised by
Sheikh Bin Baz, Kitab Al-Qadar Vo. 2, P 481
7 Koren, Julius. Conferencce on:
Ethics of organ transplantation, Ottawa, Canada: 20-24 Aug. 1989, Book of
Abstracts.
8 Fatwa
No. 4, 12th session of Islamic Jurisprwdence council of Islamic
world League, Mekkah Al-Mukaramah , Feb 10-17, 1990. quoted in M. Albar :
“Al-Janin Al-Mushawah wa Al-Amradh Alwirathiyia”, Dar AlQalam Damascus, Dar
Almanara Jeddah 1991, P 439
9 The
Holy Quran Sura 4, Verse 1
10
ibid Sura 24, Verse 32
11
Narrated by Al Bukhari (Sahih AlBukhari) and Sahih Muslim
12 Narrated by Abu Daood (Sunan Abi Daood),
Sunan Al-Nasayee and Sunan AlBaihaqi.
13
Sunan Abu Daood, Sunan Tirmithi
14 Sunan
Al DarQutni
15
Sunan Ibn Maja and Firdoose of
Al Dailamy
16
Holy Quran: Sura 3, Verse 38
17
ibid: Sura 25, verse 74
18
Sunan Abu Daood
19
Good New Bible, The Bible societies, Collins/Fontana, Book of Genesis,
12:10-19
20
ibid: Genesis 19: 30-38
21 Alwan A, Modell B: Community Control of
genetic and congenital disorders. EMRO Alexandria, Egypt, 1997 P51
22
ibid
23
Ozand PT; Inborn Errors of metabolism in Saudi Arabia (A), Genetics at
Bench and Bedside symposium. King Faisal Special Hospital and research center
5-6 October 1999, Riyadh. Book of Abstracts: P25, 26
24 Al-Aqeel A: Inborn errors of
metabolism in Saudi Arabia (B) (vide supra) P 27, 28
25 El
Hazmi M, Warsy A: Genetic Disorders among Arab Populations.
Saudi Med. J 1996, 17, (2):108- 123
26 El Hazmi M, Warsy A: The
frequency of Hb S and G. 6PD phenotypes in relation to malaria in Western Saudi
Arabia. Saudi Med. J 1993, 14, (2): 121-125
27 El-Hazmi M, Warsy A:
Epidemiology of G6PD deficiency in Saudi Arabia: Saudi Med. J 1997, 18,
(3): 255-260
28 Weatherall D: Some aspects of
the Hemoglobinopathies of particular relevance to Saudi Arabia and other parts
of the middle east. Saudi Med. J 1998, 9, (2): 107-115
29 Al-Awamy B, Niazi G, El-Mouzen
M, et al: Newborn screening for sickle cell Hemoglobinopathy and other
inherited Erythrocytic disorders in the Eastern Province of Saudi Arabia. Saudi
Med. J 1986, 7, (5): 502-509
30 El Hazmi M: Incidence and
frequency of Hemoglobinopathies and Thalasemia in the North-west sector of
Arabia. Saudi
Med. J 1985,
6, (2): 149-162
العودة
إلى الصفحة الرئيسة الدكتور
محمد علي البار
Genetic diseases include not only single gene
disorders, but mutifactorial, somatic cell genetic disorders mitochondrial and
even chromosomal aberrations. One in four adults will suffer from a
multifactorial or somatic cell genetic disease. The common diseases in the
community have a hereditary component e.g. diabetes mellitus, hypertension,
ischaemic heart diseases and many types of cancer. Even monogenic diseases
which affect a small number of the newborns 2-3%, have a greater impact on
childhood diseases up to age 15.
Therefore, it is imperative to scrutinize the
available methods of prevention and management of genetic disorders and their
ethical implications.
Islam differs from many other religions in
providing a complete code of life. It encompasses the secular with the
spiritual, the mundane with the celestial, and hence forms the basis of the
ethical, moral; and even juridical attitudes and laws towards any problem or
situation.
Islamic teachings carry a great deal of
instructions for health promotion and disease prevention including hereditary
and genetic disorders. It also accepts and refutes many modalities of
managements in the genetic field.
This paper discusses how Islamic teachings
play an important role in the prevention and management of genetic disorders
and the type of ethical implication involved in such management e.g. premarital
medical examination, the question of preimplantation diagnosis, the question of
abortion, and questions of genetic engineering and the use of stem cells in curing
and management of diseases.