Lab Medicine is a branch of medicine that focuses on diagnosing and treating disease through lab tests. Lab medicine can diagnose patients with cancer, heart disease, and diabetes. Medical professionals conduct lab medicine tests. These tests diagnose and determine the cause of illness or disease and monitor patients' health over time. A lab medicine test can be from blood samples to stool samples to urine samples. Most commonly, these tests are done on blood because it is easy to collect, store, and transport. Lab medicine tests also happen on tissue samples or other bodily fluids (like saliva).
Manipal Hospitals, finest hospitals in Ghaziabad is a renowned name in the medical world, with more than 11,000 employees, including experienced lab technicians and doctors. Manipal Hospitals has 28 hospitals across India with more than 7600 beds. We are known for quality healthcare services across India.
We provide multi-speciality hospitals with state-of-the-art lab medicine facilities, advanced technologies such as critical medical devices, intelligent information systems, facility control systems, sensors, and digital communication tools.
Manipal Hospitals, Ghaziabad, offers the best laboratory and diagnostic facilities in Ghaziabad. We provide advanced technologies, digital communication, and accurate scans to help patients get the correct diagnosis and treatment. Our lab offers a diagnosis for all illnesses and diseases.
We also have electronic medical records that help us offer same-day service and flexible appointments. Renowned doctors and qualified lab medicine technicians provide complete patient satisfaction.
Clinical biochemistry deals with analysing bodily fluids, such as blood, urine, and their components. This testing aims to identify abnormal conditions in a patient's body and provide doctors with the information they can use to diagnose and test the efficacy of medications.
Clinical Microbiology and Serology
Clinical Microbiology and Serology is the study of microorganisms and their effects on humans and animals. Microorganisms include bacteria, viruses, fungi, protozoa and parasites. Clinical Microbiology and Serology use laboratory tests to identify these microorganisms in patients with symptoms that may indicate a disease caused by them.
Clinical Pathology is the study of disease by examining bodily fluids and tissues. A clinical pathologist examines these samples to diagnose diseases and determine the appropriate treatment. Diagnosis may involve performing blood tests, examining cells under a microscope, or testing tissue samples for signs of illness.
Cytopathology studies cells in a body tissue sample under a microscope. It helps diagnose diseases like cancer and can also identify viral infections.
Cytopathologists specialise in looking at cells and tissues from body samples. They determine what disease might be present or if there is any sign of infection.
Haematology studies blood structure, functions, and disorders. Doctors, nurses, laboratory technicians, pathologists and other health care providers work together to diagnose haematological diseases such as anaemia, HIV/AIDS, malaria and leukaemia.
Histopathology is the scientific study of diseases, using microscopy to examine tissue samples. Histopathology enables research and medical diagnosis of live and deceased organisms by finding abnormalities in tissue structures.
Molecular Biology studies how the parts of living cells work together to create life. It is a broad field with many sub-areas that focus on specific aspects of cell function. These include genetics, biochemistry, and cell biology.
Molecular biology also involves the study of DNA and proteins, two of the essential elements in all life. DNA contains genetic information that determines traits like eye or hair colour. Proteins are responsible for chemical reactions within cells.
2D ECHO is a non-invasive imaging technique that uses ultrasound waves to create an image of the heart or other internal organs. The image determines the organ's size and shape and any abnormalities that might be present. It usually provides printable pictures of the heart's chambers, valves, and major blood vessels to detect heart anomalies.
Bone Densitometry is a test that uses x-rays to measure the density of bones. The test diagnoses osteoporosis and other bone diseases and determines whether a person is at risk for these diseases.
The test works by measuring the amount of radiation absorbed by bones. Low bone density means less bone mass in an area and less protection against breakage when weight bearing or falls occur.
A CT Scan (Computed Tomography) uses an X-ray to create cross-sectional images of the body. CT Scan examines bones, lungs, soft tissue, blood vessels and organs.
A CT scan may diagnose conditions such as cancer, heart disease and injuries. It can also evaluate heart function after a heart attack or cardiac surgery.
Digital Subtraction Angiography (DSA)
Digital Subtraction Angiography (DSA) is a digital image created from X-rays of a patient's blood vessels. It can diagnose clots, aneurysms(bulges in blood vessels), or tumours. DSA imaging helps patients who have had a stroke or need confirmation of having a clot in their brain.
Doctors use Electroencephalogram (EEG) to measure the brain's electrical activity. It detects voltage changes between different brain parts during various activities.
The EEG diagnoses Epilepsy and other conditions with abnormal electrical activity, like traumatic brain injury or tumours. It can also help identify sleep disorders such as narcolepsy and monitor patients recovering from anaesthesia after surgery.
Electromyography (EMG)/ Electrophysiology (EP)
Electromyography (EMG) measures the electrical activity of muscle cells with electrodes placed on the skin that pick up the signals from inside muscles. The tests diagnose nerve and muscle disorders by placing tiny needles into the tested muscles.
Electrophysiology (EP) studies electrical activity in the heart by placing electrodes on different parts of the heart. The electrodes record the electrical activity in a connected device.
A Gamma Camera uses radiation and a computer to capture images of the inside of the body. It diagnoses cancer and other diseases in organs or tissues too small or deep to be seen with other imaging tools. The gamma camera uses semiconductor diodes to detect and convert this radiation into an image. Gamma cameras help in the early detection of cancer.
Holter Monitoring monitors the heart's electrical activity using a device on the body for 24 hours. It collects data from electrodes that are attached to the skin. The data is then transmitted to a machine for analysis and interpretation by a lab professional.
The Holter Monitor monitors patients who have had a recent heart attack or surgery, patients who have been diagnosed with arrhythmias or other cardiac disorders and those experiencing symptoms like palpitations or chest pain.
Mammography is a type of x-ray to detect abnormalities in the breast tissue. The procedure uses a mammogram machine, which takes X-rays of the breast tissue as it passes through an opening. A radiologist examines the X-rays and recommends further tests if cancerous cells are detected.
MRI (Magnetic Resonance Imaging) creates images of the internal organs and structures using a magnetic field and radio waves. Doctors examine images on a computer monitor or a hard copy to observe the brain, spine, joints, soft tissues (muscles, tendons), heart and other internal organs. They can also be used as part of the routine checkup if a patient is experiencing pain or discomfort.
PET CT Scan
PET CT Scan combines positron Emission Tomography (PET) and Computed Tomography (CT) to create three-dimensional images of the body to diagnose and monitor cancer, heart disease, diabetes, and other medical conditions. It uses a radioactive tracer to identify areas of increased metabolic activity within the body.
Spirometry helps doctors to measure how much air a patient can inhale and exhale. It diagnoses lung diseases and other respiratory disorders and monitors the effectiveness of treatments for these conditions. The test involves blowing into a spirometer tube.
Treadmill Testing (TMT)
Treadmill Testing (TMT) uses a treadmill to measure the body's response to physical activity using an electrocardiogram (ECG). Most commonly, TMT is used to evaluate the heart rate and blood pressure of patients with cardiovascular disease. However, it can also assess other aspects of physical fitness, such as aerobic capacity and muscular strength.
Ultrasound creates an image of the body inside using high-frequency sound waves. It bounces high-frequency sound waves off tissue, which return to the ultrasound machine's transducer. The device measures the time each wave returns, creating an image that can be seen on a monitor or printed out.
Ultrasound helps doctors and pregnant women to view the fetus without using X-rays or other potentially harmful radiation. Ultrasound also allows doctors to examine the kidneys, heart, and other organs.
Urodynamic studies diagnose bladder and urethral disorders, including incontinence, urinary retention and recurrent urinary tract infections.
The two most common types of Urodynamic Studies are Cystometry and Uroflowmetry. Cystometry shows if there is any blockage or leakage in the bladder or urethra. Uroflowmetry helps determine if an obstruction or damage to the sphincter muscle causes incontinence.
X-rays are electromagnetic radiation that passes through the body and produces a shadow on a photographic plate. An electron beam accelerated to high speed produces an X-ray. When the beam passes through a human body, it interacts with atoms in the body and emits light recorded on photographic film. X-rays allow doctors to see bones, organs, and blood vessels for damage.
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Some lab tests require you to fast beforehand. If your healthcare provider orders a fasting test, you should not eat or drink any liquids, except for water, for 12 hours prior to the test. Two common fasting blood tests are glucose and lipid panel.
Frequent pain in the chest could be a result of several reasons, including heart problems. Consult a doctor who would advise on the proper test after a physical examination and evaluating other symptoms.
An X-ray may look for fluid in the lung, infection, or cancer. The doctor may also recommend TMT and other tests to assess heart health. Visit our best laboratory medicine hospital in Ghaziabad.
An X-ray is not the most reliable way to diagnose a ligament injury. A doctor will first assess the pain and range of motion since these are two of the most common ligament injury symptoms.
An MRI scan can give a much clearer picture of what is happening in the body.
To assess general health, one should get a complete blood count (CBC), liver function and blood sugar tests.
A Complete Blood Count (CBC) measures the number of red blood cells (RBCs), white blood cells (WBCs), and platelets in your blood. These results can help doctors diagnose conditions such as anaemia and leukaemia.
Liver Function Tests measure the number of enzymes produced by the liver. A disbalance of these enzymes may indicate liver disease.
Blood Sugar Tests measure how much glucose is in the bloodstream at any given time. Our bodies use glucose for energy, so we need to keep track of this number!
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No, Mammography is not mandatory for every woman. A mammography is a screening tool for a more extensive breast cancer prevention plan. Women diagnosed with breast cancer or with a high risk of developing it should receive regular mammograms and other screenings.
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