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Dr. Manjari Gupta  - Radiologist, Ghaziabad

Dr. Manjari Gupta

MBBS Bachelor of Medicine and Bachelor of Surgery, MD - Radiodiagnosis

Radiologist, Ghaziabad

17 Years Experience  ·  500 at clinic  ·  ₹300 online
Dr. Manjari Gupta MBBS Bachelor of Medicine and Bachelor of Surgery, MD - R... Radiologist, Ghaziabad
17 Years Experience  ·  500 at clinic  ·  ₹300 online
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Personal Statement

I'm dedicated to providing optimal health care in a relaxed environment where I treat every patients as if they were my own family....more
I'm dedicated to providing optimal health care in a relaxed environment where I treat every patients as if they were my own family.
More about Dr. Manjari Gupta
Dr. Manjari Gupta is a popular Radiologist in Indirapuram, Ghaziabad. She has helped numerous patients in her 17 years of experience as a Radiologist. She has completed MBBS Bachelor of Medicine and Bachelor of Surgery, MD - Radiodiagnosis . You can meet Dr. Manjari Gupta personally at Dr. Manjari's Ultrasound and Orthocare Clinic in Indirapuram, Ghaziabad. Book an appointment online with Dr. Manjari Gupta on

Find numerous Radiologists in India from the comfort of your home on You will find Radiologists with more than 33 years of experience on We will help you find the best Radiologists online in Ghaziabad. View the profile of medical specialists and their reviews from other patients to make an informed decision.


MBBS Bachelor of Medicine and Bachelor of Surgery - Indira Gandhi Medical College Nagpur - 2001
MD - Radiodiagnosis - Indira Gandhi Medical College Nagpur - 2006
Past Experience
Radilogist at Focus Imaging
Radilogist at Kailash Hospital
Radilogist at Yashoda Hospital
Languages spoken
Awards and Recognitions
Gold Medalist MBBS
Professional Memberships
Society of Fetal Medicine


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Dr. Manjari's Ultrasound and Orthocare Clinic

No.909, Nitikhand-1, IndirapuramGhaziabad Get Directions
500 at clinic

Shanti Gopal Hospital

Plot No.NH-1, Ahinsa Khand-2, IndirapuramGhaziabad Get Directions
500 at clinic
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Hip Pain: Diagnosis and Management

MBBS Bachelor of Medicine and Bachelor of Surgery, MD - Radiodiagnosis
Radiologist, Ghaziabad
Hip Pain: Diagnosis and Management

Pain is something that strikes fear and anxiety in all of us - be it physical pain or emotional pain. Pain is a somatic and unpleasant sensation that causes acute discomfort in the body of an individual. Hip pain can be caused due to a variety of reasons including conditions like arthritis or osteoporosis, as well as other conditions that may lead to hip pain as a symptom. The major occurrence of hip pain could be a recent injury or a previous untreated injury. It is also an indication of an injury or even a disease. The degree could be varied from a mild ache to an unendurable agony.

  1. Hip Pain Causes: Pain can occur in any part of the body. One such part is hip. The hip is a ball and socket joint which connects the torso of the body to the leg. Pain in the hip is a common complaint which could be caused due to a large variety of problems. Many a times the pain arises from the bones and tissue within the hip joint itself or the area that surrounds the hip. However, there could be other sources of pain in the hip too. At the time of any illness or an injury this vacant space is occupied with fluid or blood that stretches the capsule lining of the hip and results in the pain.
  2. The Hip and Other Areas: The hip pain is dependent on the condition that causes the pain in areas like thighs, interior of the hip joint, exterior of the hip joint, buttocks, back or groin. Hip pain has some usual symptoms which can make it easier to get detected. Sometimes, reduced range of motion accompanies the pain. Persistence in hip pain could also develop a limp.
  3. Diagnosis and Imaging: It is strictly recommended to get the hip pain diagnosed immediately after the discovery of the relevant symptoms. There are numerable methods available to diagnose the pain in the hip. One of such methods used by doctors or orthopedists is diagnosis through imaging. Imaging enables the doctors to view the internal area of the hip joint without causing any pain. The common imaging technologies comprise of x-ray (or radiography), computed tomography (CT) scan, magnetic resonance imaging (MRI) scan, and ultrasound. X-ray approach is generally the primary choice for getting the images. The CT scan combines X-ray and other complicated machinery to produce digital images. Doctors or orthopedist usually resort to MRI scans when the images produced by the X-ray or CT scan are not quite clear. High frequency sound waves are used for obtaining images through ultrasound. The radiologists after the diagnosis make a short patient history explaining them the procedure. This helps in understanding the kind of treatment that is required for the affected areas.

In case you have a concern or query you can always consult an expert & get answers to your questions!

3113 people found this helpful

Benefits of Musculoskeletal MRI

MBBS Bachelor of Medicine and Bachelor of Surgery, MD - Radiodiagnosis
Radiologist, Ghaziabad
Benefits of Musculoskeletal MRI

Gone are the days when bone ailments and damages were detected based on the experience and superficial conversations made by the physicians. These days with the advent of radio waves, medical science has made significant progress that has enabled a detailed overview of what exactly is going on inside your body and what should be the most relevant treatment in that regard. Magnetic Resonance Imaging or more commonly known as MRIs are a boon when it comes to diagnosing orthopedic and musculoskeletal complaints.

Common Uses of the Procedure:

MR imaging is usually the best choice for examining the:

  1. body’s major joints.
  2. spine for back pain
  3. soft tissues (muscles, tendons and ligaments) and bones of the extremities.

MR imaging is typically performed to diagnose or evaluate:

  • degenerative joint disorders such as arthritis.
  • tears of the menisci, ligaments and tendons (knee) or rotator cuff and labrum (shoulder and hip).
  • fractures (in selected patients).
  • spinal disk abnormalities (such as a herniated disk).
  • the integrity of the spinal cord after trauma.
  • sports-related injuries and work-related disorders caused by repeated strain, vibration or forceful impact.
  • infections (such as osteomyelitis).
  • tumors (primary tumors and metastases) involving soft tissues around the joints and extremities (such as muscles, bones and joints).
  • pain, swelling or bleeding in the tissues in and around the joints and extremities.
  • congenital malformations of the extremities in children and infants.
  • developmental abnormalities of the extremities in children and infants.
  • congenital and idiopathic (developing during adolescence) scoliosis prior to surgery.
  • tethered spinal cord (abnormal stretching in the spinal cord) in infants and children.

The Process:

In this process, X-rays and radio waves are subjected upon the affected region to examine the conditions of the bones, tissues, muscles and also detect the presence of tumours. This is majorly a non-invasive test and is painless. It does not use ionizing rays and therefore does not harm the body in any which way. The MRIs capture a detailed picture of the organs and the internal body structures and then transmit them onto a computer screen for the physician to monitor the inside story.

The Benefits: 

  1. MRI is an imaging technique that does not require exposure to radiation.
  2. MR images of the soft-tissue structures of the body (particularly muscles, bones and joints) are often clearer and more detailed than with other imaging methods. This detail makes MRI an invaluable tool in early diagnosis and evaluation of many conditions, including tumors.
  3. MRI can distinguish abnormal tissues from normal tissues much more accurately than most other imaging tests (x-ray, CT, etc.).
  4. MRI enables the discovery of abnormalities that might be obscured by bone with other imaging methods.
  5. The contrast material used in MRI exams is less likely to produce an allergic reaction than the iodine-based contrast materials used for conventional x-rays and CT scanning.
  6. MR images allow the physician to clearly see even very small tears and injuries to tendons, ligaments and muscles and some fractures that cannot be seen on x-rays and CT.
1 person found this helpful

Breast Lump Detection: What You Should Know?

MBBS Bachelor of Medicine and Bachelor of Surgery, MD - Radiodiagnosis
Radiologist, Ghaziabad
Breast Lump Detection: What You Should Know?

A breast lump is a restricted swelling, projection, lump, or knot in the breast that doesn't feel like a breast tissue. There are diverse reasons why breast lumps occur.

Not all lumps are cancer. These can also be breast conditions that are not harmful and which can be easily curable.Knots that feel harder or are not the same as the rest of the breast need to be checked. This kind of irregularity might be an indication of breast cancer.

A self-examination should be your starting point. This is how you can detect a lump on your own:

Step 1: Begin by taking a look at your breast in the mirror. Keep your shoulders straight and your arms on your hips.

This is what you need to search for:

  1. Breasts that are their typical size, shape, and shading
  2. Breasts that are uniformly formed without distortion or swelling

In the event that you see any of the changes mentioned below, convey them to your doctor:

  1. Dimpling, puckering, or protruding of the skin
  2. A nipple that is not in its initial position
  3. Redness, rash or swelling

Step 2: Now, raise your arms and look for the changes mentioned above.

Step 3: While you're in front of the mirror, search for any indications of liquid or blood discharge from the nipples.

Step 4: Next, examine your breasts while resting.Use Your right hand to feel your left breast and use your left hand to feel your right breast. Cover the whole breast from your collarbone to the highest point of your mid-region, and from your armpit to your cleavage to search for any lumps.

Step 5: Examine your breasts while either standing or sitting. Many women find that the easiest approach to examine their breasts is when their skin is wet, so this step could be done while taking a bath as well.


  • Mammogram: Mammography is a technique using X-rays to diagnose and locate tumours of the breasts.
  • Breast ultrasound: Breast ultrasound utilises sound waves to create pictures of the breasts from the inside.
  • Breast MRI:This involves using an effective and attractive field, and radio frequency pulses to create photos of the insides of the breasts.
  • Ultrasound-guided biopsy: During this sort of biopsy, utilising ultrasound imaging to discover the bump, a radiologist will give you anesthesia and afterward insert a needle into the lump to evacuate some tissue for assessment under a magnifying lens. Stereotactic biopsy and an X-ray-guided biopsy may also be used.

Possible treatments:

  1. In case the knot turns out to be cancerous, surgery is typically performed.
  2. You may have a few discussions with different doctors for additional treatment, including radiation treatment and chemotherapy or hormone treatment.

In case you have a concern or query you can always consult an expert & get answers to your questions!

3014 people found this helpful
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