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BREAST CANCER · HORMONE-RECEPTOR-POSITIVE

Luminal Breast Cancer: — what your Luminal A or B report really means

Luminal breast cancer is the most common type — hormone-receptor-positive (ER and often PR positive) and usually HER2-negative. The good news: it tends to respond very well to treatment. This page explains the difference between Luminal A and Luminal B, what Ki-67, HER2 and grade on your pathology report mean for you, and how CION's tumor board builds a receptor-guided plan. Bring your report to a free 45-minute consultation.

  • Most common subtype — 50–60% of breast cancers are Luminal A or B — hormone-receptor-positive and treatable.
  • Strong outlook — Luminal cancers have the best survival of all molecular subtypes when treated early.
  • Receptor-guided plan — Your ER, PR, HER2 and Ki-67 results decide whether you need chemo — reviewed by a full tumor board.
  • Free 45-minute consultation — A detailed, woman-led, tumor-board-reviewed consultation for all cancer patients — no rushed decisions.
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Hormone-Receptor-Positive

What luminal breast cancer means (hormone-receptor-positive)

“Luminal” describes how the cancer cells look under the microscope — they resemble the inner (luminal) cells that line the milk ducts. These cells naturally carry hormone receptors, so luminal tumours are hormone-receptor-positive (HR+): they test positive for the oestrogen receptor (ER) and usually the progesterone receptor (PR). In simple terms, your cancer's growth is partly fuelled by the hormones oestrogen and progesterone.

This matters because HR-positive cancers respond to hormone (endocrine) therapy — medicines that block or lower oestrogen. Luminal cancers make up about 50–60% of all breast cancers and, as a group, have the best outlook of the four molecular subtypes (Luminal A, Luminal B, HER2-enriched, triple-negative). If your report says “ER positive”, you are almost certainly looking at luminal disease.

ER positive

The oestrogen receptor is present — the single most important marker that defines luminal disease and predicts response to hormone therapy.

PR positive (usually)

The progesterone receptor is often positive too. Strong PR positivity generally points towards Luminal A and a better outlook.

HER2 status decides the path

Most luminal cancers are HER2-negative. A HER2-positive result moves you towards Luminal B and adds HER2-targeted therapy.

Did you know?

Luminal cancers make up about 50–60% of all breast cancers and, as a group, carry the most favourable outlook of the four molecular subtypes — chiefly because hormone-receptor-positive tumours respond to endocrine (anti-oestrogen) therapy. That biology is why many luminal patients can safely avoid chemotherapy. Source: published breast-cancer molecular-subtype data / NCCN.

A vs B

Luminal A vs Luminal B (Ki-67, HER2, grade)

Both subtypes are hormone-receptor-positive, but they behave differently. The dividing lines are Ki-67 (a marker of how fast cells are dividing), HER2 status, PR level and tumour grade. Knowing which one you have shapes how intensively you are treated.

Luminal A is ER-positive, strongly PR-positive, HER2-negative, with low Ki-67 and usually a low grade. It grows slowly and carries the lowest recurrence risk. Luminal B is ER-positive but tends to have lower or absent PR, high Ki-67, a higher grade, and may be HER2-positive. It grows faster and is more likely to need chemotherapy. A common laboratory cut-off uses Ki-67 around 14–20% to separate the two, but no single number decides it — your full pathology picture does, which is exactly what a tumour board reviews together.

Luminal A — the slow, favourable type

ER+, PR+, HER2-negative, low Ki-67, low grade. About 50–60% of cases. Slowest-growing, lowest recurrence risk and the best survival of any subtype; many patients are treated with hormone therapy and can safely avoid chemotherapy.

Luminal B — the faster, higher-risk type

ER+ with low/absent PR, high Ki-67, higher grade, and HER2-positive in roughly 10–20% of cases. About 15–20% of breast cancers. More aggressive than Luminal A and more likely to need chemotherapy and, when HER2-positive, HER2-targeted drugs.

Ki-67 — the proliferation marker

Ki-67 estimates the percentage of cells actively dividing. A low value supports Luminal A; a high value supports Luminal B. Because labs report it differently, it is interpreted alongside grade, PR and, where needed, a genomic test — never in isolation.

Reading Your Report

How your pathology report shows this

You do not need to be a doctor to read the key lines. After a biopsy (and again after surgery), the pathologist runs immunohistochemistry (IHC) and reports four markers that, together, classify your cancer as luminal and as Luminal A or B. Bring this page — and your report — to your consultation; we will translate every line for you.

ER (Estrogen Receptor)

Reported as positive/negative with a percentage or Allred score. “ER 90% positive” means most cells carry the receptor — strong evidence of luminal disease and good hormone-therapy response.

PR (Progesterone Receptor)

Also given as a percentage. High PR leans Luminal A; low or negative PR (with high Ki-67) leans Luminal B.

HER2 (by IHC and FISH)

IHC scored 0, 1+, 2+ or 3+. A 0 or 1+ is HER2-negative; 3+ is positive; 2+ is “equivocal” and confirmed with a FISH test.

Ki-67 and Grade

Ki-67 is a percentage; Grade is 1, 2 or 3 (how abnormal the cells look). Low Ki-67 + Grade 1–2 supports Luminal A; high Ki-67 + Grade 3 supports Luminal B.

Outlook

Prognosis & why luminal generally does well

Luminal cancers carry the most reassuring outlook of all breast cancer subtypes. Because they grow slowly and respond to hormone therapy, early-stage luminal disease is often highly treatable, and many patients achieve long-term remission. Published five-year survival for early HR-positive disease is high — Luminal A typically reports around 94–95% and Luminal B somewhat lower, reflecting its faster growth. Outlook still depends most on stage at diagnosis, which is why early review matters.

At CION, breast cancer patients see a 1-year survival of 96.9% versus the national average of 85.4%* — a difference we attribute to tumour-board-led, receptor-guided care and fewer rushed decisions. We share both numbers, always, because honest comparison is how you judge a centre.

CION breast cancer 1-year survival: 96.9% vs national average 85.4% (+11.5%). *1-year survival. Source: ICMR / National Cancer Registry Programme (NCRP).

Best survival of the four subtypes

Luminal A has the most favourable outlook; Luminal B is next. Both do markedly better than HER2-enriched or triple-negative disease when caught early.

CION breast outcome

96.9% 1-year survival at CION vs 85.4% national average* — driven by multidisciplinary planning, not single-doctor opinion.

Stage still matters most

A favourable subtype is not a substitute for early detection. The earlier a luminal cancer is found, the simpler the treatment and the stronger the outlook.

Why Choose CION

CION's receptor-guided pathway + free consultation

A luminal diagnosis should never be treated with a one-size-fits-all plan. At CION — a woman-headed, tumour-board-led cancer centre — your ER, PR, HER2 and Ki-67 results are reviewed together by medical, surgical and radiation oncologists before a single decision is made. We recommend chemotherapy only when your biology genuinely calls for it, and we are transparent about cost at every step. Your first consultation is free and runs a full 45 minutes — no rushed decisions, no unnecessary tests.

150+ years combined experience17 super-specialist oncologists across 35+ centres in Telangana & AP, with 15,000+ patients treated successfully and a 4.8/5 Google rating.
Tumour board for every patientMedical, surgical and radiation oncologists decide your luminal plan together — so chemotherapy is added only when the receptors and genomics justify it.
Decisions for healing, not billingFree 45-minute first consultation, transparent costs, no unnecessary tests, and clear next steps after we read your report.

Talk to our team

Have questions about breast cancer? Speak to a specialist.

Call the helpline or leave your details, and someone will help you arrange a consultation at the CION centre nearest you. One helpline serves every CION centre.

Call 1800 202 8726 Helpline open 24/7

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Receptor-guided breast cancer care, decided by a full tumour board.

Free 45-minute consultation · transparent costs · no unnecessary tests. Call 1800-202-8726 or request a callback.

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Treatment Approach

Treatment by subtype (hormone therapy ± chemo, CDK4/6 for high-risk)

Hormone (endocrine) therapy is the backbone of treatment for every luminal cancer — it blocks or lowers oestrogen so the cancer loses its fuel. Surgery (lumpectomy or mastectomy) and, often, radiation handle the local disease. Where the subtypes differ is in what gets added: Luminal A frequently needs hormone therapy alone, while Luminal B is more likely to require chemotherapy, and HER2-positive Luminal B adds HER2-targeted drugs. For higher-risk HR-positive, HER2-negative disease, CDK4/6 inhibitors (abemaciclib, palbociclib, ribociclib) are now combined with hormone therapy to lower recurrence and, in advanced disease, to delay progression.

One of the most important decisions is whether you actually need chemotherapy. For many node-negative luminal cancers, a genomic recurrence-score test (such as Oncotype DX) helps your team safely de-escalate — sparing chemotherapy when the score is low. This is decided at the tumour board, with your wishes part of the conversation.

Hormone therapy (every luminal cancer)

Tamoxifen is commonly used in premenopausal women; aromatase inhibitors (letrozole, anastrozole, exemestane) in postmenopausal women, sometimes with ovarian suppression in higher-risk younger patients. Usually taken as a daily tablet for 5–10 years — this is the single most effective long-term protection against recurrence in HR-positive disease.

Surgery + radiation

Breast-conserving surgery (lumpectomy) or mastectomy removes the tumour; radiation usually follows breast-conserving surgery to clear any remaining cells. The choice depends on tumour size, location and your preference — reconstruction options are discussed up front, not as an afterthought.

Chemotherapy — when biology calls for it

Luminal A often needs no chemotherapy; Luminal B (high Ki-67, high grade, node-positive) is more likely to. A genomic recurrence-score test helps spare chemotherapy in many node-negative cases when the score is low — so you avoid treatment you do not need.

CDK4/6 inhibitors (higher-risk & advanced)

Abemaciclib, palbociclib and ribociclib are added to hormone therapy for higher-risk early HR-positive, HER2-negative disease and for advanced/metastatic disease, where they meaningfully delay progression. Taken with endocrine therapy under close monitoring.

HER2-targeted therapy (HER2-positive Luminal B)

If your Luminal B cancer is also HER2-positive, drugs such as trastuzumab and pertuzumab are added to block the HER2 protein that drives faster growth — alongside chemotherapy and hormone therapy.

Wondering whether you can safely avoid chemotherapy?

For many node-negative luminal cancers, a genomic recurrence-score test can spare chemo. A CION specialist will review your report and tumour board the decision with you. Your first consultation is free.

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Long-Term Protection

Long-term hormone therapy & recurrence risk

Luminal cancers have one unusual feature: they can come back many years after the original diagnosis — sometimes 10 or more years later. That is why hormone therapy is taken for so long. Guidelines recommend a minimum of 5 years of endocrine therapy for stage I–III HR-positive disease, and for selected patients extending to 10 years lowers recurrence and improves survival. The decision to extend is individual — weighing your recurrence risk against side effects — and is one we revisit with you over time, not once.

Staying on hormone therapy is the most powerful thing most luminal patients can do to protect themselves. Side effects (hot flushes, joint aches, bone-density changes) are real but manageable, and our team supports you to stay the course rather than stop early. Long-term follow-up, bone-health monitoring and managing menopausal symptoms are all part of the plan.

5 years is the minimumAt least 5 years of tamoxifen or an aromatase inhibitor is standard for early HR-positive disease — stopping early is one of the biggest avoidable recurrence risks.
10 years for selected patientsExtended endocrine therapy to 10 years lowers recurrence and improves survival in higher-risk patients. We help you decide if extending is right for you, balancing benefit against side effects.
Late recurrence is real — follow-up mattersBecause luminal cancers can recur a decade later, structured long-term follow-up and bone-health monitoring continue well after active treatment ends.
REAL PATIENTS, REAL OUTCOMES

Women treated for hormone-receptor-positive breast cancer at CION

Hear from patients whose luminal breast cancer was planned by our tumour board — in their own words.

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Successful Radiation Therapy — Dr. Kirti Ranjan Mohanty

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Surgery, Chemo & Radiation — Dr. Imad, Dr. Vinay, Dr. Owais, Dr. Kirti

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Successful Chemotherapy — Dr. C Raghavendra Reddy

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Successful Radical Thymectomy — Dr. Imaduddin & Dr. Vinay

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Successful Breast Cancer Surgery — Dr. Imaduddin & Dr. Vinay

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Successful Chemotherapy — Dr. Bharati Devi Gorantla

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Meet the Specialists

17+ senior cancer specialists. One panel for your case.

Trained at AIIMS, Tata Memorial, and leading international centres. Combined 150+ years of experience. Every complex case is reviewed by 3+ of them — together.

Dr. Naresh Gundu
Medical Oncologist

Dr. Naresh Gundu

MBBS, DNB (Internal Medicine), DM (Medical Oncology)

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Dr. C. Raghavendra Reddy
Medical Oncologist

Dr. C. Raghavendra Reddy

MBBS(Gold Medal), DNB(General Medicine), DM(Medical Oncology)(Gold Medal)

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Dr. Bharati Devi Gorantla
Medical Oncologist

Dr. Bharati Devi Gorantla

MBBS, MD(General Medicine), DM(Medical Oncology)(Adyar,Chennai), ECMO, MRCP SCE(UK)

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Dr. Owais Mohammed
Medical Oncologist

Dr. Owais Mohammed

MBBS, MD (General Medicine), DrNB (Medical Oncology), ECMO, MRCP SCE (Medical Oncology) (UK)

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Dr. T. Raghavender Reddy
Medical Oncologist

Dr. T. Raghavender Reddy

MBBS, DM (Medical Oncology), MD (Radiation Oncology)

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Dr. N. Kiranmayee
Medical Oncologist

Dr. N. Kiranmayee

MBBS, DM (Medical Oncology), MD (Internal Medicine)

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Dr. Muralidhar Muddusetty
Surgical Oncologist

Dr. Muralidhar Muddusetty

MBBS (AIIMS), MS (Surgery) (AIIMS), DNB (Surgical Oncology), MRCS (Edinburgh)

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Dr. Raghavendra Naik
Surgical Oncologist

Dr. Raghavendra Naik

MBBS, MS (General Surgery), M.Ch (Surgical Oncology)

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Dr. Mohammed  Imaduddin
Surgical Oncologist

Dr. Mohammed Imaduddin

M.B.B.S, MS (General Surgery), M.Ch (Surgical Oncology)

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Dr. Vinay Mamidala
Surgical Oncologist

Dr. Vinay Mamidala

MBBS, MS(General Surgery), M.Ch(Surgical Oncology), FMAS, FARIS(Ongoing)

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Dr. Paila Gowri Naidu
Surgical Oncologist

Dr. Paila Gowri Naidu

MBBS, MS (General Surgery), M.Ch (Surgical Oncology), FMAS

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Dr. Venkata Sushma P
Radiation Oncologist

Dr. Venkata Sushma P

MBBS, MD (Radiation Oncology)

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Dr. Kirti Ranjan Mohanty
Radiation Oncologist

Dr. Kirti Ranjan Mohanty

MBBS, MD (Radiation Oncology)

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Dr. Gangadhar Vajrala
Radiation Oncologist

Dr. Gangadhar Vajrala

MBBS, MD (Radiation Oncology), MPH

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Dr. Basudev Pokhrel
Hematologist

Dr. Basudev Pokhrel

MBBS, M.D (Immunohematology & Blood Transfusion)

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Dr. Vajja Sandeep Kumar
Surgical Oncologist

Dr. Vajja Sandeep Kumar

MBBS, MS (General Surgery), DrNB (Surgical Oncology), FALS Oncology

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Dr. Sridhar Kamani
Surgical Oncologist

Dr. Sridhar Kamani

MBBS, MS (General Surgery), DrNB (Surgical Oncology)

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Where to find us

Our centres in and around Hyderabad

Addressed by landmark, because that is how this city navigates. Each centre also names the areas it serves, so you can place it without a map. Consultation and day-care Chemotherapy run at every one of them.

CION Ameerpet

Beside Blue Fox Hotel, Satyam Theatre Road

Begumpet SR Nagar Punjagutta
CION Kukatpally

Opposite Big Bazaar, Mumbai Highway

KPHB JNTU Bharat Nagar
CION L.B. Nagar

Anu Arcade, next to L.B. Nagar Metro station

Vanasthalipuram Nagole Hayathnagar
CION Tolichowki

Inside Premier Hospital, Khader Bagh Road

Mehdipatnam Attapur Rethibowli
CION Masab Tank

Mahavir Hospital, AC Guards, Lakdikapul

Lakdikapul Khairatabad Basheer Bagh
CION Banjara Hills

Road No. 12

Jubilee Hills Madhapur Film Nagar
CION Kompally

Suchitra Circle, NH-44

Suchitra Circle Alwal Dundigal
CION Balanagar

Balanagar Main Road

Balanagar Fatehnagar Moosapet
CION Siddipet

Lohith Sai Hospital, Shivaji Nagar

Gajwel Husnabad Dubbaka
CION Sangareddy

X Roads, Pothreddipalle

Narayankhed Zaheerabad Patancheru

Talk to our team

Have questions about breast cancer? Speak to a specialist.

Call the helpline or leave your details, and someone will help you arrange a consultation at the CION centre nearest you. One helpline serves every CION centre.

Call 1800 202 8726 Helpline open 24/7

Request a call back

Share your number and a specialist's team will call you.

Free call back. Your details stay private.

Common questions

Luminal breast cancer — your questions answered

What is luminal breast cancer?

Luminal breast cancer is the most common type of breast cancer. The name describes how the cancer cells resemble the inner (luminal) cells lining the milk ducts, which naturally carry hormone receptors. Luminal cancers are hormone-receptor-positive — they test positive for the oestrogen receptor (ER) and usually the progesterone receptor (PR) — meaning their growth is partly fuelled by these hormones. There are two sub-groups, Luminal A and Luminal B, and together they make up roughly 50–60% of all breast cancers. Because they respond to hormone-blocking medicines, luminal cancers as a group have the most favourable outlook of the four molecular subtypes.

What is the difference between Luminal A and Luminal B breast cancer?

Both are hormone-receptor-positive, but they behave differently. Luminal A is ER-positive, strongly PR-positive, HER2-negative, with low Ki-67 and usually a low grade — it grows slowly and has the lowest recurrence risk. Luminal B is ER-positive but often has low or absent PR, high Ki-67, a higher grade, and can be HER2-positive. It grows faster and is more likely to need chemotherapy and, when HER2-positive, HER2-targeted drugs. Labs often use a Ki-67 cut-off around 14–20% to separate them, but no single number decides it. Your full pathology picture — ER, PR, HER2, Ki-67 and grade together — determines the subtype and your treatment.

Is luminal breast cancer curable?

In most early-stage cases, yes — luminal breast cancer is highly treatable and many patients reach long-term remission. Luminal A has the best survival of all molecular subtypes, with published five-year survival around 94–95% for early disease; Luminal B is somewhat lower because it grows faster. The most important factor is the stage at diagnosis: the earlier it is found, the simpler the treatment and the stronger the outlook. No responsible oncologist guarantees a cure, but luminal disease genuinely carries the most reassuring odds of any breast cancer subtype. At CION, breast cancer patients see a 1-year survival of 96.9% versus the national average of 85.4%.*

Does luminal breast cancer need chemotherapy?

Not always. Luminal A breast cancer frequently does not need chemotherapy — hormone therapy alone is often enough because the cancer grows slowly. Luminal B, with its higher Ki-67 and grade, is more likely to require chemotherapy. For many node-negative luminal cancers, a genomic recurrence-score test (such as Oncotype DX) helps your team decide: a low score means chemotherapy can often be safely skipped, sparing you treatment you do not need. This is exactly the kind of decision CION's tumour board makes together, so chemotherapy is added only when your biology genuinely justifies it.

What do ER, PR, HER2 and Ki-67 mean on my report?

These are the four markers the pathologist tests after your biopsy. ER (oestrogen receptor) and PR (progesterone receptor) are reported as positive or negative with a percentage — positive results define luminal disease and predict hormone-therapy response. HER2 is scored 0, 1+, 2+ or 3+ by IHC; 0–1+ is negative, 3+ is positive, and 2+ is confirmed with a FISH test. Ki-67 is the percentage of cells actively dividing — low supports Luminal A, high supports Luminal B. Grade (1–3) describes how abnormal the cells look. Together these decide your subtype and treatment. Bring your report to a free consultation and we will translate every line.

How long do I need to take hormone therapy?

Guidelines recommend a minimum of 5 years of hormone therapy (tamoxifen for many premenopausal women; aromatase inhibitors such as letrozole or anastrozole for postmenopausal women) for early HR-positive breast cancer. For selected higher-risk patients, extending to 10 years further lowers recurrence and improves survival. It is usually a daily tablet. Because luminal cancers can recur many years later, staying on hormone therapy is the single most powerful long-term protection — stopping early is a common, avoidable risk. Side effects like hot flushes and joint aches are manageable, and we support you to complete the course rather than stop. The decision to extend beyond 5 years is individual and revisited with you over time.

Can luminal breast cancer come back after many years?

Yes. Unlike some faster cancers, luminal (hormone-receptor-positive) breast cancer can recur 10 or more years after the original diagnosis — sometimes long after treatment ends. This is why hormone therapy is taken for 5 to 10 years and why long-term follow-up matters. The risk is lower for Luminal A than Luminal B, and lower still when hormone therapy is completed as prescribed. Structured follow-up, bone-health monitoring and prompt review of any new symptoms are all part of staying protected. The reassuring side is that luminal recurrences are often still treatable, especially when caught through regular follow-up.

Where can I get luminal breast cancer treatment in Hyderabad?

CION Cancer Clinics provides receptor-guided breast cancer care across 35+ centres in Telangana and Andhra Pradesh, with locations across Hyderabad. As a woman-headed, tumour-board-led centre, we review your ER, PR, HER2 and Ki-67 results together — medical, surgical and radiation oncologists in one room — before recommending a plan. We add chemotherapy only when your biology calls for it, keep costs transparent, and offer a free 45-minute first consultation for all cancer patients. Bring your biopsy and IHC report. Call 1800-202-8726 or request a callback to have your report reviewed.

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Breast Cancer Topics

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HER2-Targeted Therapy

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Hormone Therapy Medicines

Anastrozole, fertility, menopause and sexual health How much does anastrozole actually help? The numbers explained Anastrozole cost in India Medicines, foods and supplements to avoid on anastrozole Cholesterol, bone density and long-term effects of anastrozole Tests and monitoring while you are on anastrozole Anastrozole myths Anastrozole side effects Anastrozole vs tamoxifen Anastrozole (Arimidex) for breast cancer Exemestane, fertility, menopause and sexual health How much does exemestane actually help? The numbers explained Exemestane cost in India Medicines, foods and supplements to avoid on exemestane Joint pain and fatigue on exemestane Tests and monitoring while you are on exemestane Exemestane myths Exemestane side effects Why exemestane is taken after food and its steroidal effects Exemestane (Aromasin) for breast cancer Fulvestrant, fertility, menopause and sexual health How much does fulvestrant actually help? The numbers explained Fulvestrant cost in India Injection site pain and reactions on fulvestrant The fulvestrant injection Medicines, foods and supplements to avoid on fulvestrant Tests and monitoring while you are on fulvestrant Fulvestrant myths Fulvestrant side effects Fulvestrant vs aromatase inhibitors in advanced disease Fulvestrant (Faslodex) for breast cancer How much does goserelin actually help? The numbers explained Bone loss and mood changes on ovarian suppression Goserelin cost in India The goserelin implant Medicines, foods and supplements to avoid on goserelin Sudden menopause symptoms from ovarian suppression Tests and monitoring while you are on goserelin Goserelin myths Goserelin side effects Goserelin injections vs surgical ovary removal Goserelin (Zoladex) for breast cancer Hot flushes, joint pain and fatigue on fulvestrant How does anastrozole work, and who is it for? How does exemestane work, and who is it for? How does fulvestrant work, and who is it for? How does goserelin work, and who is it for? How does letrozole work, and who is it for? Postmenopausal hormone-receptor-positive breast cancer How long will you be on anastrozole? How long will you be on exemestane? How long will you be on fulvestrant? How long will you be on goserelin? How long will you be on letrozole? Taking anastrozole Taking exemestane Taking letrozole Letrozole, fertility, menopause and sexual health How much does letrozole actually help? The numbers explained Bone thinning on letrozole Letrozole cost in India Medicines, foods and supplements to avoid on letrozole Joint pain and morning stiffness on letrozole Tests and monitoring while you are on letrozole Letrozole myths Letrozole side effects Letrozole vs anastrozole vs exemestane Letrozole (Femara) for breast cancer Missed a dose of anastrozole? What to do Missed a dose of exemestane? What to do Missed a dose of fulvestrant? What to do Missed a dose of goserelin? What to do Missed a dose of letrozole? What to do Exemestane after letrozole or anastrozole Will your periods and fertility return after stopping goserelin?

Targeted & Newer Medicines

Abemaciclib, fertility, menopause and sexual health How much does abemaciclib actually help? The numbers explained Abemaciclib cost in India Diarrhoea on abemaciclib Two years of abemaciclib after surgery Medicines, foods and supplements to avoid on abemaciclib Tests and monitoring while you are on abemaciclib Abemaciclib myths Abemaciclib side effects Abemaciclib vs other CDK4/6 inhibitors Abemaciclib (Verzenio) for breast cancer CDK4/6 inhibitors in early breast cancer after surgery Adjuvant olaparib after surgery for BRCA carriers Alpelisib, fertility, menopause and sexual health How much does alpelisib actually help? The numbers explained Alpelisib cost in India High blood sugar on alpelisib Medicines, foods and supplements to avoid on alpelisib Tests and monitoring while you are on alpelisib Alpelisib myths Alpelisib (Piqray) for breast cancer Rash and mouth sores on alpelisib Alpelisib side effects Alpelisib vs everolimus after endocrine therapy fails Alpelisib for PIK3CA-mutated breast cancer CDK4/6 inhibitors in breast cancer Everolimus in hormone-resistant breast cancer How does abemaciclib work, and who is it for? How does ribociclib work, and who is it for? How does sacituzumab govitecan work, and who is it for? How long will you be on alpelisib? How long will you be on ribociclib? How long will you be on sacituzumab govitecan? Taking abemaciclib Taking alpelisib Taking ribociclib Liquid biopsy in metastatic breast cancer Missed a dose of abemaciclib? What to do Missed a dose of alpelisib? What to do Missed a dose of ribociclib? What to do Missed a dose of sacituzumab govitecan? What to do Newer drugs Elacestrant and oral SERDs for ESR1-mutant disease PARP inhibitors for BRCA-mutated breast cancer Do you need a PIK3CA test before alpelisib? Ribociclib, fertility, menopause and sexual health How much does ribociclib actually help? The numbers explained Ribociclib cost in India ECG monitoring and QT prolongation on ribociclib Medicines, foods and supplements to avoid on ribociclib Low white cell counts on ribociclib Tests and monitoring while you are on ribociclib Ribociclib myths Ribociclib side effects Ribociclib (Kisqali) for breast cancer Sacituzumab govitecan, fertility, menopause and sexual health How much does sacituzumab govitecan actually help? The numbers explained Sacituzumab govitecan cost and availability in India Diarrhoea on sacituzumab govitecan and how it is managed Medicines, foods and supplements to avoid on sacituzumab govitecan Tests and monitoring while you are on sacituzumab govitecan Sacituzumab govitecan myths Low counts, fever risk and hair loss on sacituzumab govitecan Sacituzumab govitecan infusion days Sacituzumab govitecan side effects Sacituzumab govitecan for triple-negative breast cancer Sacituzumab govitecan vs standard chemotherapy in triple negative breast cancer How newer drugs are sequenced with older ones

Metastatic Breast Cancer

What comes after a CDK4/6 inhibitor stops working? Ascites and abdominal swelling in advanced breast cancer Is my back pain bone metastasis or something else? Bone marrow involvement in advanced breast cancer Bone metastases in breast cancer Brain metastases in breast cancer Tumour markers CA 15-3 and CEA in metastatic breast cancer Chest wall and local recurrence after mastectomy Clinical trials in metastatic breast cancer Cost of long-term metastatic breast cancer treatment in India Explaining metastatic breast cancer to family and friends First-line treatment for hormone-positive metastatic breast cancer Confusion, thirst and drowsiness Lines of treatment in metastatic breast cancer Liver metastases in breast cancer Living well with metastatic breast cancer for years Lung metastases and pleural effusion in breast cancer Malignant pleural effusion Metastatic breast cancer and pink-ribbon culture Prognosis in metastatic breast cancer Treatment sequence in metastatic HER2-positive breast cancer Treatment options in metastatic triple negative breast cancer Oligometastatic breast cancer Why receptors are re-tested on a metastatic biopsy Scan intervals and monitoring in metastatic disease Understanding scan reports in metastatic breast cancer Skin metastases and nodules on the chest Surgery and radiation in metastatic breast cancer Treatment holidays and breaks in metastatic breast cancer When do doctors switch treatment in metastatic disease? Where breast cancer spreads and what each site feels like Working and earning with metastatic breast cancer
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