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In the world of Hematology, a diagnosis is rarely black and white. A low white blood cell count could mean Leukemia, or it could simply mean you are recovering from a severe viral flu. A swollen lymph node could be Lymphoma, or it could be a benign reaction to a tooth infection.
The difference between a manageable condition and a life-threatening cancer often lies in the microscopic details. At Liv Hospital, we do not guess; we investigate. We employ a philosophy of Precision Diagnostics, analyzing your blood at three distinct levels:
Our diagnostic pathway is designed for Speed and Comfort. We understand that waiting for a potential cancer diagnosis is one of the most stressful experiences a patient can face. Our in-house laboratories allow us to provide critical answers in days, not weeks. Furthermore, we ensure that invasive procedures like bone marrow biopsies are performed under Conscious Sedation, so you feel no pain or anxiety.
Every hematological investigation begins with a simple blood draw. However, at Liv Hospital, we look deeper than the standard automated report generated by a machine.
The analyzer counts your cells to give us the “Big Picture”:
Machines are fast, but they cannot judge quality. When the automated count is abnormal, a specialized Hematopathologist manually examines a drop of your blood smeared on a glass slide.
Blood tells us what is circulating, but the bone marrow tells us what is being produced. To diagnose conditions like Leukemia, Myeloma, or Aplastic Anemia, we must go directly to the factory.
Many patients fear this test due to stories of pain. At Liv Hospital, we prioritize your comfort above all else.
Under a standard microscope, a healthy lymphocyte and a leukemia cell can look almost identical. To tell them apart, we need to check their “ID cards.”
While blood diseases are cellular in nature, imaging is vital for staging. X-rays can show bone damage in multiple myeloma. CT scans reveal swollen lymph nodes in the chest and abdomen.
PET scans use a radioactive sugar to light up active cancer cells. This distinguishes between active lymphoma and scar tissue.
MRI provides detailed images of the bone marrow and spinal cord. It is useful for detecting compression or disease infiltration.
Send us all your questions or requests, and our expert team will assist you.
Cancer is fundamentally a disease of DNA. Two patients with “AML” might have completely different genetic mutations requiring completely different drugs. We must find the “driver” mutation.
We grow the cancer cells in the lab and look at their chromosomes under a microscope.
A rapid test that uses glowing DNA probes to find specific mutations within 24–48 hours. It is faster than traditional Karyotyping (which takes weeks) and helps us make urgent treatment decisions.
The most advanced tool available in modern hematology.
If you have a swollen lymph node, a needle aspiration (FNA) is usually not enough for a definitive diagnosis. We need to see the structure of the node.
Blood cancers don’t just stay in the blood; they can hide in organs, bones, and lymph nodes.
This is crucial for Lymphoma and Myeloma.
Used increasingly for Multiple Myeloma to find “lytic lesions” (holes) in the spine and pelvis without the radiation exposure of a CT scan.
For patients whose treatment plan may include a stem cell transplant, diagnosis includes finding a match.
For patients who bleed too much or clot too easily, we perform functional tests.
The numbing shot (local anesthesia) stings for a few seconds. The aspiration (pulling the fluid) causes a brief, deep ache or cramping sensation that travels down the leg. The biopsy (taking the core) involves pressure. However, with Conscious Sedation, most patients snooze through the procedure and have little to no memory of it. You will have a sore hip for 1–2 days, like a bruise.
Cytogenetics/NGS: Takes 7–14 days. (We know how to treat it best). We usually start general treatment immediately and refine it once the genetic results arrive.
A CT scan only shows the size of a lymph node. A PET scan shows activity. A lymph node might still be large after chemotherapy (scar tissue), but if it is not “lighting up” on PET, the cancer is dead. This prevents unnecessary extra treatment and confirms remission.
No. Standard blood tests can detect Leukemia and sometimes Lymphoma/Myeloma. However, solid tumors (Lung, Breast, Colon) usually do not show up on a CBC until they are very advanced. Specific tumor markers are needed for those.
For some slow-growing blood cancers (like CLL or Follicular Lymphoma), immediate treatment does not improve survival and only causes side effects. We diagnose you, but we “Watch and Wait” (Active Surveillance), monitoring your blood every 3 months. We only start treatment if symptoms appear or counts change drastically.
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