8 May 2023
8.0 mins
World Thalassemia Day 2025Work together to inspire change!
Every year the 8th of May is observed as World Thalassemia Day, a special day
dedicated to people battling thalassemia. This day aims to raise public
awareness of the condition, encourage early diagnosis and treatment, and support
research efforts to find a cure. This blog will take a peek at the significance
of this day and how we can all work together to increase awareness and help
individuals impacted by this difficult condition.
WORLD THALASSAEMIA DAY 2025 THEME
Better education for a better change!
The International Thalassaemia Day 2025 theme emphasizes the liberating
potential of education and its link to proper and effective care for this
condition. Building on the success of last year's theme, the 2025 campaign,
titled 'KNOW THE RISK, GET TESTED, SAVE A LIFE' - Strengthening Education to
Bridge the Thalassaemia Care Gap' goes a step further by highlighting the need
for improved access to quality, lifelong Thalassemia awareness for people living
with the disorder and healthcare professionals involved in their care.
IMPORTANCE OF WORLD THALASSEMIA DAY 2025
Thalassemia is a genetic blood disorder passed down through families in an
autosomal recessive pattern, meaning it can be inherited from one or both
parents. It disrupts the production of hemoglobin’s alpha and beta-globin
chains, leading to a reduced number of healthy red blood cells and resulting in
chronic anemia
[https://www.mrmed.in/health-library/haematology/anemia-can-be-cured].
As of 2025, India is home to over 1 lakh thalassemia patients and nearly 4 crore
carriers, making it a major public health concern. Treatment for thalassemia
major, which includes regular blood transfusions, iron chelation therapy, and
sometimes stem cell transplants is both lifelong and expensive.
This is why preventing the birth of affected children through genetic
counselling and screening has become a top priority. On World Thalassemia Day
2025, awareness campaigns and educational posters play a crucial role in
informing the public about prevention, early detection, and treatment options.
HISTORY OF WORLD THALASSEMIA DAY
Panos Englezos, president and founder of the Thalassemia International
Federation (TIF), established the inaugural World Thalassemia Day, or
International Thalassemia Day, on the 8th of May, 1994. Panos Englezos founded
this day in memory of his son George and the many thalassemia sufferers who
battled the disease.
THALASSEMIA IN INDIA
Did you know? India continues to carry the highest burden of thalassemia
globally
[https://www.thehindu.com/sci-tech/health/what-is-thalassemia/article23811040.ece],
with over 40 million carriers of the thalassemia gene. Each year, approximately
10,000 children are born with thalassemia major, a severe form of the disease
where life expectancy, without consistent care, ranges between 20 to 30 years.
As of 2025, recent data underscores the ongoing challenge—lack of awareness,
inadequate screening, and limited access to safe blood transfusions contribute
to the loss of thousands of lives annually. This World Thalassemia Day 2025,
let’s take collective responsibility to raise awareness, support early
diagnosis, and advocate for better care for those affected.
WHAT IS THALASSEMIA? UNDERSTANDING THALASSEMIA VS ANEMIA
Thalassemia is a chronic blood disorder
[https://www.mrmed.in/health-library/haematology/type-of-blood-disease] that
occurs due to the mutation of genes responsible for hemoglobin production. While
both thalassemia and anemia involve low red blood cell counts and similar
symptoms, they are different conditions. Thalassemia vs anemia lies primarily in
the cause: Thalassemia is genetic and caused by a mutation in hemoglobin
production, whereas anemia can be caused
[https://www.mrmed.in/health-library/haematology/main-causes-iron-deficiency-anemia]
by a variety of factors, such as iron deficiency, vitamin deficiencies, or
chronic diseases. Thalassemia is inherited, meaning that children inherit the
condition from their parents, while anemia can develop due to factors that are
not always genetic.
THALASSEMIA CAUSES
Thalassemia occurs due to the inheritance of abnormal genes involved in
hemoglobin production. Children are at high risk of developing thalassemia if
both parents are carriers of thalassemia. Sometimes, your ancestry does play a
role, and people of Southeast descent are susceptible to thalassemia.
TYPES OF THALASSEMIA
As said earlier, types of thalassemia
[https://www.webmd.com/a-to-z-guides/what-is-thalassemia] have two proteins,
i.e., alpha and beta proteins, are involved in making hemoglobin. If a person
lacks either of the two proteins, the red blood cells fail to carry oxygen to
other parts of the body and cause several complications.
ALPHA THALASSEMIA
Do you know? Four genetic copies are needed for the synthesis of alpha protein.
Patients with alpha thalassemia have defects in the alpha protein of the
hemoglobin. A person will become a carrier if inherited with one abnormal gene
copy. A person who has inherited two abnormal copies may experience only mild
symptoms. In some rare cases, a person can inherit more than two abnormal copies
and may suffer from severe alpha thalassemia.
BETA THALASSEMIA
In contrast to alpha protein, only two genes are involved in beta-protein
production. If any person has inherited one defective gene copy, they may have
mild symptoms of beta-thalassemia, called thalassemia minor. If a person has
inherited two defective copies, then that person is subjected to moderate to
severe thalassemia symptoms, and this condition is named thalassemia major.
SYMPTOMS OF THALASSEMIA
* Facial bone deformities
* Yellowish discoloration of the skin
* Stunted growth
* Inflammation of the spleen and liver
* Fatigue
* Breathing difficulty
* Poor appetite
* Anemia
TREATMENT OPTIONS FOR TREATING THALASSEMIA
* Blood transfusions: Periodic blood transfusions are required to prevent a
sharp drop in hemoglobin count and improve patient survival. Patients with
thalassemia require blood transfusions once in 2 to 3 weeks.
* A bone marrow transplant can benefit children with thalassemia to lead a
long, fulfilling life. Well, it depends on the availability of a suitably
matched donor, and it is one of the treatment interventions to cure
thalassemia.
* Surgery, such as spleen removal, will be performed in some patients with
chronic spleen inflammation.
* Your doctor will prescribe supplements such as folic acid to prevent a drop
in hemoglobin count.
* Diet: It is recommended to consume leafy greens and legumes and follows a
plant-based diet to prevent anemia and folate deficiency. It is better to
avoid high-fat meat and foods that contain fortified iron because it can
build up iron in your body.
FAQS
1. What is thalassemia and how is it treated?
Thalassemia is a genetic blood disorder that reduces hemoglobin production,
leading to anemia. Treatment typically includes blood transfusions, iron
chelation therapy, and in some cases, bone marrow transplants.
2. When is World Thalassemia Day celebrated?
May 8th was chosen to commemorate George Englezos, the son of TIF’s founder, who
passed away due to thalassemia. The day honors all patients, advocates for
better healthcare, and spreads awareness to prevent new cases through education
and screening.
3. How can thalassemia be prevented?
Thalassemia prevention involves carrier screening and genetic counseling. If
both partners are tested before marriage or conception, they can understand the
risk of passing the disorder to their children and make informed decisions.
4. Is there a permanent cure for thalassemia?
A bone marrow or stem cell transplant is the only known cure, but it is not
suitable for all patients due to donor match issues and other risks. Gene
therapy is under research and may offer future hope.
5. Is thalassemia common in India?
Yes, India has one of the highest numbers of thalassemia cases globally, with
over 100,000 patients and more than 10,000 new cases every year. Awareness and
early detection remain crucial to controlling its spread.
6. How to prevent thalassemia in newborns ?
Thalassemia in newborns can be prevented through carrier screening and genetic
counseling for parents before conception. Prenatal testing, like chorionic
villus sampling or amniocentesis, can also detect the condition early during
pregnancy.
7. What is the theme for World Thalassemia Day 2025?
The official theme for World Thalassemia Day 2025 is expected to be announced by
the Thalassaemia International Federation (TIF) closer to the observance date.
Each year’s theme focuses on improving patient care, promoting awareness, and
supporting prevention strategies.
8. How often do thalassemia patients need blood transfusions?
Patients with thalassemia major often require blood transfusions every 2–4 weeks
to maintain healthy hemoglobin levels and prevent complications like severe
anemia.
THE BOTTOM LINE
Donate blood and give a new lease of life.
If you know that you are a carrier of the thalassemia gene, consult your doctor
and have genetic counseling to prevent the thalassemia from running through your
family. Sometimes, your doctor may also recommend in vitro fertilization methods
to protect your baby from thalassemia disease. The death rate of children
affected with thalassemia is growing due to a shortage of blood transfusions. So
on this World Thalassemia Day 2025, let's all shower our care and love on all
the needy thalassemia patients by donating blood, as they require frequent blood
transfusions.
READ ALSO
1. Know About Blood Infections - Types, Signs, Symptoms & Treatment
[https://www.mrmed.in/health-library/haematology/blood-infections-types]
REFERENCES
1. https://pubmed.ncbi.nlm.nih.gov/24765686/
[https://pubmed.ncbi.nlm.nih.gov/24765686/]
2. https://theiashub.com/upsc/world-thalassemia-day/
[https://theiashub.com/upsc/world-thalassemia-day/]
3. https://pmc.ncbi.nlm.nih.gov/articles/PMC3552345/
[https://pmc.ncbi.nlm.nih.gov/articles/PMC3552345/]
4. https://pmc.ncbi.nlm.nih.gov/articles/PMC7510249/
[https://pmc.ncbi.nlm.nih.gov/articles/PMC7510249/]
22 Nov 2021
7 mins
Know About Multiple Myeloma Symptoms And PrognosisMultiple myeloma is relatively rare compared to other cancers. It is a blood
cancer that affects the bone marrow. In the upcoming content, you will read some
basic information such as myeloma cancer definition, why multiple myeloma
symptoms occur and the prognosis of this disorder.
WHAT IS MULTIPLE MYELOMA?
Myeloma is a blood cancer. It affects the type of white blood cells called
plasma cells. Plasma cells are an essential part of the immune system. They
produce antibodies that fight infections in your body.
Too many plasma cells produced in the bone marrow decreases the space for red
blood cells and white blood cells and weakens the bones. Multiple places of bone
marrow can get affected, and that leads to multiple myeloma.
Cancerous plasma cells in multiple myeloma produce abnormal antibodies called
M-protein
[https://www.cancer.org/cancer/multiple-myeloma/about/what-is-multiple-myeloma.html].
It can make the blood thick and form blood clots. Other antibodies in the body
will become low and make the person more prone to infections. M proteins can
accumulate in blood and urine and can damage kidneys and other organs.
Usually, the patients diagnosed with multiple myeloma are 65 years and older.
Men are more likely to develop this disorder than women.
MULTIPLE MYELOMA SYMPTOMS:
In the beginning, the multiple myeloma does not cause any symptoms. But when
cancer develops, symptoms that can occur are:
* Bone pain: Bone pain is a common symptom that occurs in any bone. It often
occurs in the back, skull and hips. The pain can be milder or severe based on
the stage of multiple myeloma and usually worsens when a person moves.
* Loss of appetite & weight loss: High blood levels of calcium can occur as a
result of bone breakdown. It will cause a loss of appetite. These multiple
myeloma symptoms can also occur as a result of kidney damage caused by
abnormal antibodies.
* Fatigue: Multiple myeloma can cause the reduction in the supply of red blood
cells. Due to this, tissues receive decreased oxygen and lead to fatigue.
Besides, frequent infections in multiple myeloma can also lead to fatigue.
* Confusion: Mental confusion in multiple myeloma can be caused due to various
reasons. Some of them are hyperviscosity of the blood (blood becomes thick
leading to slower blood flow to the brain), kidney disease (which is common
in multiple myeloma patients) and hypercalcemia (excess release of calcium in
body fluids due to bone resorption).
* Infections: Too many abnormal plasma cells present crowd out the white blood
cells. It makes the body open to infections. The common infections occurring
in multiple myeloma patients are bladder, skin and respiratory tract
infections. Patients with this disorder are more susceptible to frequent
infections.
* Nausea and vomiting: The imbalance in the blood chemicals, decreased kidney
function and treatment can cause these multiple myeloma symptoms.
* Weakness or numbness in legs: If bone lesions occur in the spine, it can
cause nerve compressions. It can cause numbness and muscle weakness, often in
the legs. Thickening of blood can also cause weakness on one side of the
body.
* Excessive thirst: High blood calcium levels can cause extreme thirst.
* Bone fractures: Cancerous plasma cells can invade the outer layers of the
bone. This weakened bone is more likely to break from a minor injury or
stress. Around 85 % of the patients have some bone damage.
MULTIPLE MYELOMA PROGNOSIS:
If you are diagnosed with multiple myeloma, you may want to know about your
prognosis, the judgement on the development of a disorder in future. It helps
predict the chance of recovery.
The multiple myeloma prognosis depends on the stage of the disorder when you are
diagnosed, results of specific tests, your age, symptoms and body profile.
Your prognosis may change over time. For example, if your body responds well to
the treatment [https://www.mrmed.in/condition/anti-cancer], it will give you a
favourable prognosis.
Here are some factors helpful in measuring multiple myeloma prognosis:
* Beta-2-microglobulin [https://pubmed.ncbi.nlm.nih.gov/3907332/] (beta-2-M) is
a protein. It is a powerful prognostic factor in multiple myeloma. When more
cancerous cells are present and kidney damage has occurred, this protein
level is higher in multiple myeloma patients. Values less than 3.5mg/mL are
considered a good prognostic factor.
* Albumin- Higher levels of the protein albumin indicate a better multiple
myeloma prognosis.
* Lactate dehydrogenase (LDH)- Elevated LDH (enzyme) levels is related to high
disease aggressiveness and faster growth of cancer cells. Values less than
190U/L indicate a favourable prognosis.
* Genetic abnormalities in cancer cells indicates a poor multiple myeloma
prognosis. The FISH test can find most chromosomal changes.
* Plasma cell labelling index is a test which tells how fast the cancer cells
are growing using bone marrow samples. It is helpful in predicting the
recovery.
* Age - Younger people with multiple myeloma are likely to live longer than old
people.
* Health status- Poorly managed health conditions such as heart disorders or
diabetes in multiple myeloma patients indicate a poor multiple myeloma
prognosis.
* Kidney condition- When kidney function is poor, the chemical called
creatinine rises in the blood and predicts a poor chance of recovery.
INCREASE THE SURVIVAL BY EARLY DIAGNOSIS:
Even though multiple myeloma is not considered a curable disease, it’s very
treatable. Therapies can control the disorder or delay its return. The doctor
will consider aspects of the cancer or a characteristic of the person when
making a prognosis. People diagnosed at an earlier stage may live longer.
The most recent statistics
[https://themmrf.org/multiple-myeloma/prognosis/understanding-survival-statistics/]
from the year 2010-2016 shows that the relative survival of multiple myeloma
patients was 53.9% which means that approximately 54 out of 100 people were
living for five years following their diagnosis. It was just 34.6% in the
previous years. The trend for multiple myeloma survival is improving due to new,
effective therapies [https://www.mrmed.in/speciality/oncology] to treat myeloma.
12 Nov 2021
7 mins
Learn About 5 Common Lab Tests for Cancer DiagnosisA variety of lab tests may be useful in diagnosing cancer. Blood and urine are
the most common samples used in lab tests. Blood tests for cancer will help the
doctors to identify the possible health problems.
Single test will not accurately diagnose cancer. Physicians often suggest other
tests such as imaging tests to have a clear idea.
Lab test for cancers can also help in staging the cancer, planning treatment,
monitoring the health status during the treatment and check if the cancer has
recurred. Here are some common lab tests for cancer useful in diagnosis.
COMMON LAB TESTS FOR CANCER DETECTION:
1. Complete blood count (CBC), a lab test for cancer:
This is one common lab test for cancer, performed to measure the number of each
type of blood cell, namely white blood cells, red blood cells, and platelets in
your blood. This test also measures the amount of a protein, haemoglobin, which
helps in carrying oxygen to the tissues and percentage of red blood cells in the
blood.
Blood cancers can cause too high or too low blood cells. Complete blood count
helps in detecting the variation in blood cells. If abnormal CBC values are
found, and if any cancer condition is suspected, your physician may recommend
bone marrow biopsy.
2. Tumour marker tests:
Tumour markers are substances found in blood, body fluids or body tissues. They
can either be produced by cancer cells or the body in response to cancer cells.
It may be used to decide appropriate treatment
[https://www.mrmed.in/speciality/oncology]. Cancer cells with increased levels
of tumour markers may respond to treatment with a medicine that targets the
marker. It may also be used to find out how well the treatment works and monitor
cancer recurrence.
Some examples of tumour markers:
(a) Prostate-Specific Antigen (PSA) is a substance present in low concentration
in men. High concentrations of PSA may indicate prostate cancer, but other
prostate diseases such as BPH (Benign prostatic hyperplasia) and prostatitis can
also increase the PSA levels.
(b) Alpha-Fetoprotein (AFP) is usually found in high levels in pregnant women.
High concentration of AFP in women who are not pregnant and men may indicate
cancers of the liver, testicle or ovary.
(c) CA 19-9 protein levels generally elevates in benign conditions as well in
malignant conditions. The diagnosis is based on the level CA 19-9 in the body.
These results are interpreted usually with the results of other lab tests for
cancer, such as biopsy and imaging to diagnose cancer.
3. Immunophenotyping (flow cytometry):
Immunophenotyping is usually done on cells collected from blood or bone marrow
samples. It may also be performed on other body fluids. It is performed to see
if any abnormal blood cells are present. It also detects the number of abnormal
cells.
This lab test for cancer helps in diagnosing some types of blood cancers and
helps in specifying the type of blood cancer.
4. Sputum cytology:
Sputum cytology involves the investigation of sputum under a microscope to see
if any abnormal or cancerous cells are present. It helps in the diagnosis of
lung cancer. This lab test for cancer is more useful in the diagnosis of
squamous cell lung cancers
[https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3276027/]. Further testing will be
performed to confirm the diagnosis.
5. Urinalysis:
This lab test for cancer detects the presence of blood or other substances such
as protein in the urine sample. Even though blood in the urine is an usual
indication of any infection, or other non cancerous problems, it could be the
first sign of bladder cancer. It may be helpful in the diagnosis of cancers of
the kidney and urinary tract.
Presence of high protein in urine could be a sign of multiple myeloma, a type of
blood cancer.
Myeloma protein
[https://www.cancer.org/cancer/multiple-myeloma/detection-diagnosis-staging/testing.html]
is an abnormal antibody present in the urine sample of multiple myeloma
patients.
Physicians detect a type of cancer through advanced diagnostic tests and
recommend appropriate treatment and specific cancer medicines
[https://www.mrmed.in/condition/anti-cancer].
FREQUENTLY ASKED QUESTIONS:
Are there blood tests for cancer detection?
Blood tests for cancer are recommended to look for signs of cancer. They are
largely helpful in detecting blood cancers but a blood test alone cannot be used
in confirming the diagnosis. They give your doctor an idea of how well your
organs are functioning.
What blood tests can detect cancer?
As we discussed in the previous question, tests involving blood samples can be
helpful in cancer diagnosis. Examples of blood tests which are helpful in cancer
detection are complete blood count (CBC), tumour marker tests, and
immunophenotyping.
Can a CBC detect breast cancer?
A Complete blood count (CBC) test is one of the common blood tests for cancer.
It measures the quality of blood cells in the person’s blood sample. It is
recommended during breast cancer diagnosis to check your general health.
Biopsies and imaging tests will confirm the diagnosis. It may be done before or
after breast cancer surgery to make sure your bone marrow is functioning well.
Understanding the results:
A definitive diagnosis
[https://www.cancer.gov/Common/PopUps/popDefinition.aspx?id=CDR0000689011&version=Patient&language=English]
of cancer cannot be provided by the lab tests alone. Test results can be
affected by foods, medications, etc. To avoid the false results, physicians may
repeat the tests, or may recommend other diagnostic tests such as CT scan,
biopsies, etc. to confirm the cancer diagnosis.
11 Nov 2021
6 mins
Lymph Cancer Symptoms, Types and Warning SignsLymphoma is a kind of cancer that forms on one of the components of white blood
cells called lymphocytes. It affects the lymph system (lymphatic system), a part
of the immune system that aids in fighting infections. When these cells grow
uncontrollably and undergo genetic changes, it results in cancer formation. This
article entails what lymph cancer symptoms and lymphoma warning signs are.
There are mainly two types of lymphoma
[https://www.mrmed.in/health-library/health-care/world-lymphoma-awareness-day],
namely, Non-Hodgkin's lymphoma and Hodgkin's lymphoma. The type of lymphoma can
be identified through a biopsy.
TYPES OF LYMPHOMA AND THEIR SYMPTOMS:
Let's learn more about lymph cancer symptoms based on the types.
1. HODGKIN'S LYMPHOMA:
Hodgkin's Lymphoma results due to changes in the DNA of the lymphocyte, which,
if left untreated, divides uncontrollably and results in cancer. It is one of
the curable forms of tumour.
Hodgkin's Lymphoma warning signs:
One of the most defining lymph cancer symptoms is lump formation under the skin,
mainly in the armpits, groin and neck. It is usually painless, but one can
experience pain after drinking alcohol. These lumps become more prominent over
time, and new bumps begin to form near them.
Sometimes lumps form due to reasons other than lymphoma, meaning it could be due
to certain infections. However, if you have not had any recent infection and the
lumps are not healing for a long time, you might need to seek help from your
physician to analyse the root cause.
Signs and Symptoms of Hodgkin’s Lymphoma:
* Fever without infection
* Severe night sweats
* Unusual weight loss
* Itching skin
* Tiredness
* Loss of appetite
* Cough
* Breathing trouble
* Chest pain
* Pain in the breast bone
* Itchy skin, especially after drinking alcohol and bathing
2. NON-HODGKIN'S LYMPHOMA:
Non-Hodgkin's lymphoma occurs when cancer develops in the lymphocytes of the
white blood cells. It usually affects the lymph nodes. Lymphocytes have T-cells
and B-cells. Non-Hodgkin's lymphoma represents the multiplication of B-cells or
T-cell origin. The multiplied cells crowd around normal cells and create
tumours.
Don't ignore any of the above-mentioned lymph cancer symptoms, and if you
experience any persistent signs or symptoms that make you anxious, schedule an
appointment with your physician.
Non-Hodgkin's Lymphoma warning signs
[https://www.cancer.org/content/dam/CRC/PDF/Public/8719.00.pdf]:
Painless lump or bump under the skin indicating enlargement of lymph nodes. This
usually occurs on the side of the neck, groin and armpits. Few patients might
have these lumps in the ears, elbows or near the throat near tonsils.
Fever, chills, night sweats, weight loss, feeling tired, and swelling in the
abdomen. These symptoms occur for reasons other than lymphoma, but it is
recommended to go for a check-up if these symptoms do not go away.
A regular medical check-up is mandatory if you have a history of HIV infection,
organ transplant, autoimmune disease
[https://www.mrmed.in/health-library/immune-disorders/most-common-types-of-autoimmune-diseases]
or previous cancer treatment
[https://www.mrmed.in/health-library/cancer-care/what-is-cancer-and-symptoms-treatment].
Signs and symptoms of Non-Hodgkin’s Lymphoma:
* Swollen lymph nodes
* Chills and unexplained fever
* Weight loss
* Extreme tiredness
* Swollen belly
* Low appetite
* Bloating or fullness
* Chest pain or pressure
* Stomach pain
* Breathlessness
* Severe cough
* Frequent infections
* Easy bleeding or bruising
* Itching
* Rashes and skin lumps
* Liver enlargement
* Fluid accumulation in the abdomen
* Intestine obstruction
You must know the lymphoma warning signs to check if you have any of the
above-mentioned lymph cancer symptoms. Screening tests and other diagnostic
procedures are effective in detecting the early lymphoma warning signs.
Lymph cancer symptoms could be mild or severe depending on the stage and
severity of disease progression. Having one or two of the signs does not mean
you have lymphoma. Most of the symptoms can occur due to causes other than
lymphoma. Still, if they do not go away in a few days, it is always necessary to
consider having an appointment with a medical professional.
If you are experiencing any lymph cancer symptoms, your physician will collect
your complete medical history and conduct a physical examination. Discuss your
past illnesses, injury and medicines taken, if any. Your physician will examine
you thoroughly to rule out infections and other causes before confirming your
diagnosis.
10 Nov 2021
6 mins
Understand Blood Cancer Stages & 3 Main Types of Blood CancerBlood cancer accounts for approximately 6% of all cancer cases worldwide. Blood
cancers are also known as hematologic cancers. Let’s discuss blood cancer
stages, and three major types of blood cancer in the upcoming content.
WHAT IS BLOOD CANCER?
Blood cancers are characterized by abnormal and uncontrolled production of blood
cells. Our blood consists of red blood cells, white blood cells, platelets and
plasma. Each component of the blood performs various functions in our body.
The abnormal cells in blood cancer can stop the blood from doing its normal
functions like fighting against infections, prevention of bleeding,
transportation of nutrients and oxygen to the body tissues, etc. Blood cancers
typically start in the bone marrow, the softer centre of various bones where the
blood is produced.
Blood cancers are described as chronic, which are slow-growing, and as acute,
which are fast-growing cancers. The symptoms differ for each type of blood
cancer. The common symptoms that all types of blood cancer share are tiredness,
pale complexion, unexplained rash, bleeding, infections, lumps and swelling,
bone pain, drenching night sweats, stomach problems, and weight loss.
TYPES OF BLOOD CANCER:
There are many types of blood cancer which are categorised based on type of
blood cells, how the condition develops, origin of cancer, symptoms, etc. The
chief three types of blood cancer are:
1. Leukaemia:
Leukaemia is a cancer of blood and bone marrow which occurs due to the
overproduction of white blood cells. White blood cells help the body fight
infections and diseases. The abnormal white blood cells impair the ability of
bone marrow in producing red blood cells and platelets. There are various types
of leukaemia based on the type of blood cells affected.
Leukaemia can affect both adults and children. Usually, the patients diagnosed
with leukaemia are 65 years and older. Men are more likely to develop leukaemia
than women. Leukaemia is the most common cancer affecting children.
[http://who.int/news-room/fact-sheets/detail/cancer-in-children]
2. Lymphoma:
Lymphoma refers to the cancers that develop in the lymphatic system, a part of
the immune system. In this condition, the specialized white blood cells called
lymphocytes, that fight infection, multiply out of control. Over time, these
lymphoma cells impair your immune system.
There are two chief types of lymphoma, Hodgkin lymphoma and non-Hodgkin
lymphoma. Hodgkin lymphoma contains Reed-Sternberg cells
[https://www.cancer.gov/publications/dictionaries/cancer-terms/def/reed-sternberg-cell]
(giant cells that are relatively easy to identify under a microscope) and
non-Hodgkin lymphoma does not contain reed-Sternberg cells.
Hodgkin lymphoma is too common in young people (15 to 40 years old) and people
aged over 55 years old. Non-Hodgkin’s lymphoma is usually diagnosed in people
aged 60 years and older and is considered the most common type of lymphoma. Both
Hodgkin lymphoma and non-Hodgkin lymphoma are slightly more common in men.
3. Myeloma:
Myeloma is one of the major types of blood cancer. It is a cancer of plasma
cells. Plasma cells are a type of white blood cells involved in the production
of antibodies in response to microbes and foreign substances invading the body.
In myeloma, abnormal antibodies produced can’t fight infection. It is usually
referred to as multiple myeloma since it affects many places of bone marrow in
the body.
It is relatively a rare disease. Usually, the patients diagnosed with myeloma
are 70 years and older. It is more common in men. Based on the types of blood
cancer, the physician will prescribe specific cancer medicines
[https://www.mrmed.in/condition/anti-cancer].
BLOOD CANCER STAGES:
Treatment [https://www.mrmed.in/speciality/oncology] begins with determining the
stage of blood cancer. The blood cancer stages define the extent to which cancer
has spread to other parts of the body.
Stage 1:
Lymph nodes filter the fluid carrying lymphocytes and stores the lymphocytes to
help the body fight disease. In stage 1, a sudden rise in the number of
lymphocytes causes enlargement of lymph nodes. The risk at this stage is minimal
as the cancer is localized to lymph nodes only.
Stage 2:
In this stage, the spleen, liver and lymph nodes are enlarged because the
multiplication of blood cells is very high in this stage.
Stage 3:
Anaemia occurs in this stage. The spleen, liver, and lymph nodes enlarge
significantly.
Stage 4:
Out of 4 blood cancer stages, this is a high risk stage. In this stage, the
platelets number decreases rapidly leading to severe anemia. Cancer begins to
affect the vital organs.
KNOW THE FACTS AND STAY AWARE:
Having regular health checkups can detect the blood cancer at early stages. If
you experience any symptoms of blood cancer, don’t ignore it. It’s important to
find out what causes them. Keeping us away from certain risk factors may help
reduce cancer risk to some extent. Reduce or avoid the exposure to radiation and
harmful chemicals such as pesticides and avoid smoking.