|
CERTIFICATE
This is to certify that this thesis entitled “The
Effectiveness of Homoeopathic treatment in the management of
Pain in Cancer” being submitted by Dr. Rithesh.B to the
University of Calicut for the award of degree of Doctor of
Medicine in Homoeopathy – Homoeopathic philosophy is a bonafide
record of the work carried out by him.
The contents of this thesis have not been submitted to
any other University or institution for the award of any degree
or diploma.
ACKNOWLEDGEMENT
I would like to express my sincere thanks to my
respected teacher and guide Dr.T.AbduRahiman, Principal, Govt.
Homoeopathic Medical College, Kozhikode for his valuable
guidance and constant encouragement given to me throughout my
post-graduation course and necessary directions in the
preparation of this thesis.
I am very grateful to Dr.Suresh, (Director, Pain &
Palliative clinic Medical college, Kozhikode) for his favorable
suggestions in the conduction of this study particularly
regarding assessment criterias..
I am deeply indebted to Dr.K.L.Babu,, Reader, Dept. of
Organon of medicine, Govt. Homoeopathic Medical College,
Kozhikode, who admitted sufficient number of cases for the study
and for his informative suggestions and guidance which helped me
to complete this work..
I sincerely thank Mr.P.I.Narayanan, MSc.D.H.S, Retired
Associate Professor, Department of Biostatistics, Medical
College, Kozhikode for conducting the analysis of this work..
I extend my gratitude to my colleagues and to the staff of
various departments of this college for their sincere
co-operation.
The gratitude I owe to my wife Dr.Narda cannot be expressed in
words, without her constant encouragement and co-operation this
work couldn’t have been possible.
Finally I owe my unlimited indebtedness to all my patients
involved in this study for their co-operation, without which
this study would not have been possible.
Last but not the least I thank almighty God for giving me the
strength and perseverance to fulfill the project.
- Dr.
Rithesh.B
Introduction
Cancer is a common and widely publicized disease, and in spite
of ever increasing effort to understand it as a process, its
incidence in the population is rising. The main reason for this
is the close correlation of the number of cancer cases with the
increasing age of the patients and the number of more aged
people in the western society (and also in Kerala) at least is
rising .It used to be suggested that same aspect of the ageing
process increased the susceptibility to cancer, perhaps by
impairing immune surveillance .However it is now generally
accepted that the relationship of many cancer cases to
increasing age is rather a reflection of time required to
accumulate a critical number of genetic abnormalities for cancer
to arise .Cancer may affect any organ or tissue ,but while some
cancer are common, Eg; lung ,breast, gut, prostate, others are
very rare ,those affecting the young people often being amongst
the rarest .In particular ,cancer affect epithelial tissue and
over a 99% of tumor are derived from this tissue .This is not
surprising since many of the known cancer causing agents
(carcinogens) are from natural radiation. In the air we breathe
and from the food stuff we ingest, and epithelial cells are the
first line of defense to the outside world, in the skin, lung,
and gastrointestinal tract1
The prevalence of acute and chronic cancer pain and the profound
psychological and physical burdens engendered by this symptom
oblige all treating physician to be skilled in pain management.2
Since homoeopathic treatment has found to be effective in
managing cancer pain, and since a scientific study on this
subject is not known to be conducted, an attempt is made to
evaluate the effectiveness of homoeopathic medicines with
appropriate statistical analysis. A prospective study is
conducted by studying the cancer patient with pain attending the
out patient and in patient department of Govt. Homoeopathic
medical college, Calicut. The patients are assessed at the time
of consultation using, Pain rating scale, Degree of distress
score and performance status score to rate the pain and quality
of life.
Even though the aim of study is palliation of pain, cases are
taken according to homoeopathic philosophy giving importance to
the general symptoms .The selection of medicine are also based
on the homoeopathic philosophy giving more importance to the
general symptoms and if case demands taking sectoral totality of
pain giving importance to its modifying factors and the
characteristics of pain. Miasmatic aspect of the cases are
studied and given due importance in the selection of medicine.
AIM AND OBJECTIVE OF THE STUDY
To assess the efficacy of homoeopathic treatment in
the management of pain in cancer.
Review of Literature
Neoplasia literally means ‘the process of new growth’ and a new
growth is called “neoplasm”. However all new growth are not
neoplasms, since examples of new growth of tissues and cells
also exist in the process of embryogenesis, regeneration and
repair, hyperplasia and hormonal stimulation. There fore a
satisfactory definition of neoplasm or tumor is “a mass of
tissue formed as a result of abnormal, excessive, uncoordinated,
autonomous and purposeless proliferation of cells”. 3
The branch of science dealing with the study of neoplasm is
called “Oncology” (oncos –tumor, logos –study).
Neoplasm may be “benign” when they are slow growing and
localized with out causing much difficulty to the host .or
“Malignant” when they proliferate rapidly, spread through out
the body and may eventually cause death of the host .The common
term used for all malignant tumor is cancer. Hippocrates
(460-377 BC) coined the term “Karkinos”for the cancer of the
breast .The word cancer means “Crab” thus reflecting the prime
character of cancer since it sticks to the part stubbornly like
a crab4.
International union against cancer (IUAC) has defined cancer as
a “disturbance of growth characterized primarily by excessive
proliferation of cells with out apparent relation to the
physiological demand of the organ involved”5.
All tumors benign and malignant have the basic
component,
1)
Parenchyma composed of proliferating tumor cell –parenchyma
determines the nature and evolution of the tumor.
2)
Supportive stroma – comprised of
fibrous connective tissue and blood vessels, it provides the
framework on which the parenchyma tumor cell grow .3
3)
The tumor derives their
nomenclature on the basis of the parenchymal component
comprising them. The suffix “oma”is added to denote benign
tumors, malignant tumors of epithelial origin are called
“carcinomas” while malignant mesenchymal tumors are named
“sarcomas” (sarcos-fleshy) however some cancers are composed of
highly undifferentiated cells and are referred to as
undifferentiated malignant tumors. Although the broad
generalization regarding nomenclature of tumors usually holds
true in majority of instances, some examples contrary to the
concept are –melanoma for carcinoma of melanocytes, hepatoma for
carcinoma of hepatocytes, lymphoma for malignant tumor of
lymphoid tissue and seminoma for malignant tumor of testis .3
Tumors composed of a single type of parenchyma cells that
differentiate towards more than one cell line are called mixed
tumor. Teratomas on the other hand are made up of a number of
parenchymal cell types arising from totipotent cells derived
from more than one germ cell layer. Choristoma refers to ectopic
rests of normal tissues. Hamartoma is a mass of disorganized but
mature cells of tissue indigenous to the particular site .3
Classification of tumor
3
|
Tumor of origin |
Benign |
Malignant |
|
I.
Tumors of one parenchymal cell type
A)
Epithelial tumors :
1.Squamous
epithelium
2.
Transitional
epithelium
3. Glandular
epithelium
4.Basal cell
layer skin
5. Neuroectoderm
6. Hepatocytes
7. Placenta
B.
Non epithelial (mesenchymal) tumors
1.Adipose
tissue
2.Adult
fibrous tissue
3.Embryonic
fibrous
tissue
4. Cartilage
5. Bone
6. Synovium
7. Smooth
muscle
8.Skeletal
muscle
9. Mesothelium
10. Blood
vessels
11. Lymph
vessels
12. Glomus
13. Meninges
14.
Hematopoetic cells
15. Lymphoid
tissue
16. Nerve
sheath
17. Nerve
cells
II)
Mixed tumors
Salivary
glands
III)
Tumors of more than one germ cell layer
Totipotent
cells in gonads or in embryonal nests |
Squamous cell papilloma
Transitional
cell papilloma
Adenoma
-
Nevus
Liver cell
adenoma
Hyaditidiform mole
Lipoma
Fibroma
Myxoma
Chondroma
Osteoma
Benign
synovioma
Leiomyoma
Rhabdomyoma
-
Hemangioma
Lymphangioma
Glomus tumor
Meningiomas
-
Pseudolymphomas
Neurilemmoma, neurofibroma
Ganglioneuroma
Pleomorphic adenoma
Mature
teratoma |
Squamous cell carcinoma
Transitional
cell carcinoma
Adenocarcinoma
Basal cell
carcinoma
Melanoma
Hepatoma
Choriocarcinoma
Liposarcoma
Fibrosarcoma
Myxosarcoma
Chondrosarcoma
Osteosarcoma
Synovial sarcoma
Leiomyosarcoma
Rhabdomyosarcoma
Mesothelioma
Angiosarcoma
Lymphangiosarcoma
-
Invasive meningoma
Leukemias
Malignant
lymphomas
Neurogenic sarcoma
Neuroblastoma
Malignant
mixed salivary tumor
Immature teratoma |
Table: 1
2.1. Cancer incidence:
The incidence of cancer has increased considerably over the last
50 years because of tobacco smoking and greater life expectancy.
6
Cancer rate could further increase by 50% (10 million new cases
globally in 2000) to 15million new cases in the year 2020,
according to the world cancer report, the most comprehensive
global examination of the disease to date6.
In the year 2000 malignant tumor were responsible for 12% of the
nearly 56 million death world wide from all the causes .In 2000,
5.3 million men and 4.7 million women developed a malignant
tumor and all together 6.2 million women died from the disease.
The report also reveals that cancer has emerged as a major
public health problem in developing countries matching its
effect in industrialized nation 7.
In USA in 2003, 556000 deaths was from cancer alone,
representing 25% of all mortality, a frequency surpassed only by
death caused by cardiovascular diseases.4
The estimated cancer incidence by site and sex are as follows.
In male thirty percentages is prostate cancer. Fourteen
percentage lung and bronchus related cancer. Colon and rectum
accounts for eleven percentage of total cancer; urinary bladder
seven percentages, melanoma of the skin five percentage. Four
percentages is Non Hodgkin’s lymphoma, three percentages each
cancer of oral cavity, kidney and leukemia. Pancreatic cancers
account for two percentages and all other sites nineteen
percentages. In female thirty one percentages is breast cancer.
The lung and bronchus related cancers and colon and rectal
cancers twelve percentages each. Six percentages is uterine
cancer. Non –Hodgkin’s lymphoma, melanoma of the skin and
ovarian cancer four percentages each. Pancreatic cancers,
thyroid cancers and cancer of the urinary bladder two
percentages each. All other sites accounts for the rest twenty
percentages.4The estimated frequency of cancer death
by site and sex are as follows, in male thirty one percentages
death are due to cancer related to lung and bronchus. Prostate
cancer accounts for eleven percentages, ten percentage death due
to colon and rectal cancer. Pancreatic cancer and Non-Hodgkin’s
lymphoma accounts for five percentages of death each. Four
percentages due to leukemia, three percentages each due to
carcinoma of the esophagus, liver, urinary bladder and kidney.
Two percentages due to all other sites. In females twenty-five
percentage deaths is due to cancer related to lung and bronchus.
Breast cancer accounts for fifteen percentages of death. Eleven
percentages due to cancer related to colon and rectum,
six-percentages death due to cancer of pancreas and five
percentages due to cancer of the ovary. Four percentages of
death each due to leukemia and Non-Hodgkin’s lymphoma. Two
percentages each due to cancer of the uterus, brain and multiple
myeloma. Twenty-three percentages of the remaining death are due
to cancer of all other sites.4
Over the past 50 years, the overall age adjusted cancer death
rate has significantly increased in men, where as it has fallen
significantly in women .The increase in men can be largely
attributed to lung cancer .The improvement in women is mainly
attributed to a significant decline in death rate from the
cancer uterus, stomach, liver, and most notably from cancer of
the cervix, one of the most common malignant neoplasia in women.
Striking is the alarming increase in the death rate form the
carcinoma of the lung in both sexes .In women carcinoma of the
breast occur 2.5 times more frequently than those of the lung
Because of the large difference in the cure rates of these two
cancers, however lung cancer has become the leading cause of
cancer death in woman. 4
2.2. Cancer incidence in India and Kerala
The rate of cancer occurrence in Kerala and in India
is much lower compared to western countries .It is now estimated
that 25000 new cancer cases occur in Kerala in one year. Among
the males 50% of cancers in the mouth, throat and lung are
caused by tobacco and alcohol habits. Among women the incidence
of tobacco related cancer is 15%.8
Most prevalent cancer in India 9
|
Rank |
In men |
In women |
Overall |
|
1 |
Lung |
Breast |
Lung |
|
2 |
Stomach |
Cervix |
Stomach |
|
3 |
Colon /rectum |
Liver |
Liver |
|
4 |
Prostate |
Stomach |
Colon/rectom |
|
5 |
Oral |
Lung |
Esophagus |
|
6 |
Liver |
Oral |
Breast |
|
7 |
Esophagus |
Ovary |
Oral |
|
8 |
Bladder |
Body of the uterus |
Cervix |
Table: 2
Cancer incidence in Kerala-Trivandrum
Male, age [0-85+]
10
|
Cancer |
Cases |
Crude rate |
|
Lip |
11 |
0.4 |
|
Tongue |
124 |
4.5 |
|
Salivary glands |
13 |
0.5 |
|
Mouth |
207 |
7.6 |
|
Pharynx |
128 |
4.7 |
|
Esophagus |
70 |
2.6 |
|
Stomach |
81 |
3.0 |
|
Small intestine | |