precision-tumor-mapping-website-banner.png

Clarity at the Molecular Level Molecular Diagnostics at Athenaa

Search for Doctors & Specialities...
What is 
Molecular Diagnostics
icon.png

Molecular diagnostics is a highly specialized field that studies DNA, RNA, and molecular markers to understand how cancer behaves at a genetic level. By identifying changes within a tumor’s genetic code, it allows clinicians to move beyond traditional pathology and tailor treatment to the unique biology of each cancer.

A mutation is a change in a gene that alters how cells grow, divide, or function. While some mutations are harmless, others can drive cancer development. Certain mutations are considered actionable — meaning they directly influence clinical decisions. These actionable mutations help predict how aggressive a cancer may be, identify therapies that are likely to work, guide eligibility for clinical trials, and monitor treatment resistance over time.

At Apollo Athenaa, molecular diagnostics helps identify key actionable mutations such as BRCA1/2, PIK3CA, TP53, EGFR, KRAS, and CDK4/6 pathway alterations. By matching these genetic findings with targeted or personalized treatments, our specialists design smarter, safer, and more effective cancer care plans — ensuring each woman receives therapy guided by the biology of her disease, not just its location.

key
Features
Discover the core highlights of our services, designed to deliver accuracy, comfort, and trust at every step.
key_features1.jpg
Multi-angle imaging reveals small tumours hidden by overlapping tissue.
key_features2.jpg
High accuracy in dense breasts, where traditional mammograms can be limited.
key_features3.jpg
Dual-mode capability — 2D and 3D images can be acquired in one exam.
key_features4.jpg
Low radiation dose, well within international safety limits.
key_features5.jpg
Interpreted by expert breast radiologists as part of our comprehensive screening and diagnostic services.
How It 
Works

At Apollo Athenaa, molecular diagnostics offers precision to provide accurate diagnoses and guide personalized treatment plans.

image
  • Biopsy samples or blood samples are collected from the patient.
  • Advanced technologies such as PCR (Polymerase Chain Reaction), Next-Generation Sequencing (NGS), FISH (Fluorescence In Situ Hybridisation), and RT-PCR (Reverse Transcription PCR) are used to detect changes in cancer genes. These changes can be mutations, fusions, amplifications, or deletions.
  • Results are analyzed and interpreted by molecular pathologists and oncologists, with support from a molecular tumor board.
  • These insights help guide treatment selection, assess prognosis, and monitor response or resistance.
benifit_image.jpg
Benefits of 
Molecular Diagnostics 
icon1.png
Helps select the most effective treatment based on tumor genetics, reducing trial-and-error
icon2.png
Identifies patients eligible for advanced therapies or clinical trials
icon3.png
Assesses cancer aggressiveness and risk of recurrence more accurately than traditional markers alone
improved-clarity.png
Aids in surveillance and early detection of resistance or relapse
improved-clarity.png
Empowers informed decision-making for both the specialists and patients, with clear genomic insights
image

Molecular diagnostics detects actionable mutations such as BRCA1 and 2, PIK3CA, TP53, EGFR, and KRAS

Enables companion diagnostics for targeted therapies like PARP inhibitors or CDK4/6 inhibitors

Supports hereditary cancer screening through germline testing for patients with strong family histories

Facilitates monitoring through circulating tumor DNA (DNA fragments shed into the bloodstream by tumor cells) in select cases

Evaluation by experienced lab specialists ensures accurate diagnosis

appotment_section_bg
One step closer to care Schedule your appointment today.
card_bg
Book Your Appointment
Appointment form