Author name: edgeimaging

Liver abscess drainage is a life-saving interventional radiology procedure used to treat pyogenic and amoebic liver abscesses — painful, potentially fatal collections of pus within the liver. At Edge Imaging and Diagnostics, located in Raghubir Nagar, West Delhi, our interventional radiologists perform liver abscess drainage using ultrasound or CT guidance with precision and safety, offering patients from Rajouri Garden, Tagore Garden, Punjabi Bagh, Paschim Vihar, Moti Nagar, Kirti Nagar, and Janakpuri a minimally invasive alternative to open surgery for this serious condition. This comprehensive guide covers the types of liver abscess, indications for drainage, the procedure itself, preparation, post-procedure care, and why image-guided drainage has become the gold standard treatment over surgery. What Is a Liver Abscess? Medical Definition and Types A liver abscess is a localized collection of pus (liquefied, infected tissue containing bacteria, white blood cells, dead tissue, and cellular debris) within the hepatic parenchyma (liver tissue). It develops when the liver becomes infected — either through the bloodstream, through the biliary tract, or by direct spread from an adjacent infected organ. Untreated liver abscesses carry a mortality rate of up to 100%, but with timely diagnosis and appropriate treatment — which almost always includes drainage — survival rates exceed 90–95%. According to data from PubMed/NCBI, liver abscesses account for a significant proportion of intra-abdominal infections in India, with amoebic liver abscess being particularly prevalent due to endemic Entamoeba histolytica infection. Types of Liver Abscess Type Causative Agent Key Features Common in Delhi? Pyogenic Liver Abscess Bacteria (E. coli, Klebsiella, Staphylococcus, Streptococcus) Often multiple, smaller abscesses; higher mortality if untreated; associated with biliary disease, bowel infection, or bacteremia Yes — very common Amoebic Liver Abscess Entamoeba histolytica (a parasitic protozoan) Usually single, large abscess in right lobe; “anchovy paste” pus; associated with prior amoebiasis; highly responsive to metronidazole Yes — most common type in India Fungal Liver Abscess Candida species, Aspergillus Multiple tiny abscesses; occurs in immunocompromised patients (HIV, chemotherapy, bone marrow transplant) Less common Tuberculous Liver Abscess Mycobacterium tuberculosis Rare; part of disseminated TB; associated with caseating granulomas Occasional Symptoms and Diagnosis of Liver Abscess in Delhi Liver abscesses present with a characteristic clinical picture that should prompt urgent evaluation. Common symptoms include: High-grade fever (often spiking to 39–40°C) with or without chills — the most consistent symptom Right upper quadrant (RUQ) abdominal pain — dull, aching pain in the right side of the abdomen, often radiating to the right shoulder Tender, enlarged liver (hepatomegaly) on physical examination Loss of appetite and weight loss — especially in subacute presentations Nausea and vomiting Jaundice — seen in pyogenic abscesses when the biliary system is involved Cough and right-sided chest pain — when the abscess is near the diaphragm and causes reactive pleural effusion General malaise and fatigue How Is Liver Abscess Diagnosed? Diagnosis combines clinical assessment, laboratory investigations, and imaging: Blood tests: Raised WBC (leukocytosis), elevated ESR and CRP (inflammatory markers), elevated ALP (alkaline phosphatase) and transaminases, hypoalbuminemia in chronic cases, positive blood cultures in pyogenic abscess Serology: Amoeba serology (anti-amoebic antibodies) — positive in >90% of amoebic liver abscess cases Ultrasound abdomen: First-line imaging — detects hypoechoic or complex hepatic collections with high sensitivity. Our high-resolution ultrasound at Edge Imaging and Diagnostics, Raghubir Nagar provides detailed characterization of the abscess CT scan abdomen (contrast-enhanced): The gold standard imaging — precisely characterizes the abscess (size, location, lobar distribution, proximity to vessels, biliary involvement), aids procedural planning for drainage, and detects complications. Available at our Delhi center MRI liver: Used for equivocal cases or when CT contrast is contraindicated; distinguishes abscess from cystic tumors and hemangiomas Diagnostic aspiration: Guided aspiration of pus for Gram stain, culture and sensitivity, microscopy for Entamoeba, and anaerobic culture — definitive diagnostic and therapeutic procedure Liver Abscess Drainage — The Minimally Invasive Standard of Care Image-guided liver abscess drainage has replaced open surgical drainage as the primary treatment modality for most liver abscesses. The Society of Interventional Radiology (SIR) and major hepatology guidelines now recommend image-guided percutaneous drainage as first-line treatment for abscesses greater than 3–5 cm, for those not responding to antibiotics alone, and for all pyogenic abscesses requiring source control. Advantages of Image-Guided Liver Abscess Drainage Over Surgery Performed under local anaesthesia — no general anaesthesia risk, suitable for medically compromised patients Minimally invasive — a small skin nick (2–5 mm) versus a large surgical incision Real-time imaging guidance — ultrasound or CT ensures needle placement precisely within the abscess, avoiding critical structures Lower morbidity and mortality compared to surgical drainage Shorter hospital stay — typically 3–7 days versus 10–14 days for surgical management Faster recovery — patients can mobilize the same day Diagnostic AND therapeutic — the drained pus is sent for culture and sensitivity, guiding antibiotic selection How Liver Abscess Drainage Is Performed at Edge Imaging and Diagnostics Step 1: Pre-Procedure Planning (CT or Ultrasound) Our interventional radiologist reviews the patient’s latest imaging to determine the abscess size, precise location (segment of the liver, proximity to hepatic veins, portal vein, bile ducts, and gallbladder), the safest needle trajectory avoiding major blood vessels and bowel, and whether the abscess is suitable for needle aspiration alone or requires catheter drainage (pigtail catheter placement). Step 2: Patient Positioning and Skin Preparation The patient is positioned supinely or in slight left lateral decubitus (depending on abscess location and planned approach). The right upper quadrant of the abdomen is cleaned thoroughly with antiseptic solution and draped with sterile covers. Vital sign monitoring is initiated. Step 3: Local Anaesthesia A generous amount of 2% lidocaine (with or without adrenaline) is infiltrated through the skin, subcutaneous tissue, and down to the liver capsule to achieve adequate local anaesthesia. Intravenous sedation may be offered for anxious patients. Step 4: Image-Guided Needle Placement Under continuous real-time ultrasound guidance (or CT guidance for deep or posteriorly located abscesses), a drainage needle (typically 18–20 gauge) or trocar is advanced through the abdominal wall into the center of the abscess. The operator visualizes the needle tip at all times to ensure

Fetal reduction, also known as multifetal pregnancy reduction (MFPR), is a specialized obstetric procedure performed in carefully selected cases of higher-order multiple pregnancies (triplets, quadruplets, or more) to reduce the number of fetuses in the uterus. The primary goal is to significantly improve the health outcomes — and even survival — of the remaining fetuses and to reduce the serious maternal and fetal risks associated with carrying a large number of fetuses simultaneously. At Edge Imaging and Diagnostics, Raghubir Nagar, West Delhi, our experienced fetal medicine specialists perform this highly sensitive procedure with the utmost clinical precision, ethical care, and emotional support. Our center serves families from Rajouri Garden, Tagore Garden, Punjabi Bagh, Paschim Vihar, Moti Nagar, Kirti Nagar, and Janakpuri, offering expert fetal reduction services within a compassionate, confidential environment. This guide provides a complete medical overview of fetal reduction — including its indications, procedure, risks, outcomes, preparation, and aftercare. What Is Fetal Reduction? Understanding the Medical Procedure Fetal reduction (multifetal pregnancy reduction) is an ultrasound-guided procedure typically performed between 11 and 14 weeks of gestation. Under continuous ultrasound visualization, a fine needle is introduced — usually transabdominally — and a small dose of potassium chloride (KCl) is injected into the fetal cardiac region, causing cessation of cardiac activity in the selected fetus. The reduced fetus is then naturally resorbed by the body over several weeks. The procedure is most commonly performed to reduce triplets or higher-order multiples to twins, or twins to a singleton, in carefully selected cases. According to the American College of Obstetricians and Gynecologists (ACOG) and evidence published in peer-reviewed journals, MFPR significantly reduces rates of preterm birth, extremely low birth weight, cerebral palsy, and neonatal mortality in surviving fetuses when triplets or higher-order multiples are reduced to twins. Why Fetal Reduction May Be Recommended — Medical Indications The decision to undergo fetal reduction is one of the most difficult a couple may face during pregnancy. Our fetal medicine team at Edge Imaging and Diagnostics carefully evaluates each case on its individual medical, obstetric, and personal merits. Fetal reduction is typically considered in the following situations: Higher-Order Multiple Pregnancy The dramatic increase in IVF and assisted reproductive technology (ART) in Delhi and across India has led to a rise in multiple pregnancies. Triplet and higher-order pregnancies carry significant risks to both mother and babies. Research indexed on PubMed/NCBI demonstrates that approximately 75% of triplet pregnancies deliver before 35 weeks, compared to 50% of twin pregnancies and only 10% of singleton pregnancies. This prematurity carries significant risks of neonatal intensive care requirements, long-term neurodevelopmental disabilities, and infant mortality. Specific Medical Indications for Fetal Reduction Triplet or higher-order multiple pregnancy: Whether naturally conceived or resulting from IVF/ART — the most common indication Twin pregnancy with a severely anomalous fetus: One twin is found to have a major structural or chromosomal abnormality (e.g., anencephaly, severe cardiac defect, Trisomy 18) that is incompatible with life or severely life-limiting, while the co-twin is normal Twin-to-twin transfusion syndrome (TTTS) complications: In rare, severe cases where selective reduction is the only available option Severe maternal health conditions: Where carrying a multiple pregnancy would pose a life-threatening risk to the mother (uterine anomalies, prior uterine surgery, severe cardiac or pulmonary disease) Discordant anomaly in a multiple pregnancy: One fetus has a condition requiring early delivery or posing a major risk to the healthy co-twin(s) Medical Outcomes Data — Why Fetal Reduction Improves Pregnancy Outcomes Outcome Measure Triplets (No Reduction) Triplets Reduced to Twins Triplets Reduced to Singleton Delivery before 28 weeks (extreme prematurity) ~15% ~5% ~1-2% Delivery before 32 weeks ~25% ~10% ~3% Delivery before 37 weeks (any preterm) ~75% ~55% ~15% Average birth weight ~1,600g ~2,100g ~3,000g NICU admission rate ~65% ~40% ~8% Pregnancy loss rate ~15% ~8% ~5% Data compiled from published MFPR outcome studies (Evans et al., NEJM; Antsaklis et al., BJOG). Figures are approximate and represent population averages; individual outcomes depend on gestational age, technical factors, and maternal health. The Fetal Reduction Procedure at Edge Imaging and Diagnostics, Raghubir Nagar Timing: When Is Fetal Reduction Performed? Fetal reduction is most commonly performed between 11 and 14 weeks of gestation. This timing has important clinical rationales: by 11–14 weeks, first-trimester nuchal translucency ultrasound screening and early anomaly detection can identify any fetuses with increased risk for chromosomal abnormalities or structural defects — allowing the team to preferentially reduce the most affected fetus while preserving the healthiest ones. Additionally, at this stage, the uterus is accessible via the abdominal route, and the spontaneous pregnancy loss rate (natural miscarriage) has already dropped to its lowest level. Pre-Procedure Assessment Before fetal reduction, our team performs a comprehensive ultrasound evaluation of all fetuses to assess: gestational age and crown-rump length (CRL) of each fetus, nuchal translucency (NT) measurement, fetal cardiac activity, early anatomical survey for gross structural abnormalities, placental positions, and chorionicity (whether twins share a placenta). This information is critical for selecting which fetus or fetuses to reduce — generally, the most technically accessible fetus with the highest NT or any detected anomaly is selected. Step-by-Step Procedure Details The fetal reduction procedure at our Delhi center is performed as follows: Patient is positioned supine (lying on her back) on the procedure table Ultrasound assessment is performed to identify the selected fetus and confirm the optimal needle entry site, taking care to avoid placental vessels and the other fetuses Skin preparation: The maternal abdomen is cleaned with antiseptic solution under strict aseptic conditions Local anaesthesia (2% lidocaine) is administered to the skin and subcutaneous tissue at the needle insertion site Under continuous ultrasound guidance, a fine-gauge needle (20–22 gauge) is advanced transabdominally through the uterine wall and into the thorax (chest) of the selected fetus Potassium chloride (KCl) — typically 1–3 mL of 1–2 mEq/mL solution — is injected slowly into the fetal cardiac region while the operator monitors the fetal heart rate in real time Cessation of fetal cardiac activity is confirmed by observing the heartbeat stop on ultrasound — this is

Amniocentesis is a vital prenatal diagnostic procedure that has transformed antenatal care by enabling early, accurate detection of chromosomal abnormalities, genetic disorders, and fetal infections during pregnancy. At Edge Imaging and Diagnostics, located in Raghubir Nagar, West Delhi, our experienced team of fetal medicine specialists and radiologists perform amniocentesis using state-of-the-art ultrasound guidance, ensuring maximum safety for both mother and baby. Our center is easily accessible to expectant mothers from Rajouri Garden, Tagore Garden, Punjabi Bagh, Paschim Vihar, Moti Nagar, Kirti Nagar, and Janakpuri. If your obstetrician has recommended amniocentesis, or if you are researching this procedure for your pregnancy, this comprehensive guide will explain everything you need to know — from the medical indications and procedure steps to preparation, risks, results interpretation, and post-procedure care. What Is Amniocentesis? A Medical Overview Amniocentesis is a prenatal diagnostic procedure in which a small amount of amniotic fluid — the fluid that surrounds and protects the fetus inside the uterus — is withdrawn through a fine needle under continuous ultrasound guidance. This amniotic fluid contains fetal cells and various biochemical substances shed by the developing fetus. Laboratory analysis of this fluid provides critical information about the fetal genetic makeup, chromosomal structure, specific inherited conditions, and the maturity of fetal organ systems. The procedure is typically performed between the 15th and 20th week of pregnancy (mid-trimester amniocentesis), though in specific circumstances it may be performed earlier (early amniocentesis, before 15 weeks) or later in pregnancy (for fetal lung maturity assessment). According to NCBI’s comprehensive amniocentesis review, the procedure has a well-established safety profile when performed by experienced operators under ultrasound guidance, with a procedure-related miscarriage risk of approximately 0.1–0.3%. Medical Indications for Amniocentesis — Who Needs This Procedure? Not every pregnant woman requires amniocentesis. It is a targeted diagnostic test recommended for specific clinical situations where there is an elevated risk of fetal abnormality. At Edge Imaging and Diagnostics, our fetal medicine team carefully evaluates each case before recommending amniocentesis. Common Medical Indications for Amniocentesis Advanced maternal age: Women 35 years and older face a statistically higher risk of chromosomal abnormalities (e.g., Down syndrome / Trisomy 21) in their fetus Abnormal prenatal screening results: High-risk results from the Double Marker Test, Triple Marker Test, Quadruple Screen, or NIPT (Non-Invasive Prenatal Test) require diagnostic confirmation via amniocentesis Abnormal structural findings on ultrasound: Detected fetal anomalies such as cardiac defects, nuchal fold thickening, shortened limbs, or choroid plexus cysts that suggest a chromosomal disorder Previous pregnancy with chromosomal abnormality: A history of Down syndrome, Trisomy 18, Trisomy 13, or other chromosomal disorders in a prior pregnancy increases recurrence risk Known parental chromosomal rearrangement: If either parent carries a balanced chromosomal translocation or inversion, amniocentesis can determine if the fetus has inherited an unbalanced karyotype Family history of specific genetic disorders: Including cystic fibrosis, sickle cell disease, thalassemia (very common in Delhi populations), spinal muscular atrophy, or Duchenne muscular dystrophy Suspected fetal infection: To diagnose congenital infections such as CMV (cytomegalovirus), Toxoplasma, Rubella, or Varicella through PCR testing of amniotic fluid Assessment of fetal lung maturity: In the third trimester, to determine if the fetal lungs are mature enough for elective early delivery in high-risk pregnancies Evaluation of isoimmunization (Rh disease): In Rh-negative mothers with rising antibody levels, amniotic fluid bilirubin (delta OD 450) helps assess severity of fetal hemolytic disease Preimplantation genetic diagnosis (PGD) follow-up: In pregnancies conceived via IVF with specific genetic concerns Types of Amniocentesis Tests Available at Our Delhi Center Test Type What It Detects Turnaround Time Conventional Karyotyping All chromosomal abnormalities (numerical and structural): Down syndrome, Turner syndrome, Klinefelter syndrome, Trisomy 13/18 10–14 days FISH (Fluorescence In-Situ Hybridization) Rapid detection of specific chromosomes (13, 18, 21, X, Y) — ideal for urgent results 24–48 hours QF-PCR (Quantitative Fluorescent PCR) Rapid aneuploidy detection for most common trisomies; highly accurate and fast 24–72 hours Chromosomal Microarray (CMA) Detects submicroscopic chromosomal deletions and duplications missed by standard karyotyping; highest resolution chromosomal analysis 14–21 days DNA-based Molecular Tests Specific gene mutations: CFTR (Cystic Fibrosis), HBB (Beta-thalassemia), SMN1 (SMA), DMD (Duchenne MD) 2–4 weeks Amniotic Fluid PCR Fetal infections: CMV, Toxoplasma, Rubella, Varicella, Parvovirus B19 3–7 days Fetal Lung Maturity (Lecithin/Sphingomyelin ratio) Pulmonary surfactant level — readiness for extrauterine respiration 24–48 hours Alpha-fetoprotein (AFP) in Amniotic Fluid Neural tube defects (anencephaly, spina bifida), abdominal wall defects 3–5 days How Amniocentesis Is Performed at Edge Imaging and Diagnostics, Raghubir Nagar Our procedure room at Edge Imaging and Diagnostics is equipped with a high-resolution ultrasound machine specifically calibrated for fetal procedures. Here is a detailed, step-by-step explanation of how we perform amniocentesis: Step 1: Pre-Procedure Ultrasound Assessment Before the amniocentesis needle is introduced, our radiologist performs a thorough ultrasound examination to confirm gestational age, fetal presentation (cephalic or breech), placental location, amniotic fluid volume (AFI — Amniotic Fluid Index), and to identify the safest needle entry site — a “pocket” of amniotic fluid that is free from the fetus, placenta, and umbilical cord. Step 2: Skin Preparation and Local Anaesthesia The maternal abdomen is thoroughly cleaned with an antiseptic solution (povidone-iodine or chlorhexidine). While many experienced operators perform amniocentesis without local anaesthesia (as the injection itself causes similar discomfort), we offer local anaesthetic (2% lidocaine) for patient comfort, particularly for anxious patients. Step 3: Continuous Ultrasound-Guided Needle Insertion Under continuous real-time ultrasound visualization, a fine-gauge amniocentesis needle (typically 20–22 gauge, 9–15 cm long) is carefully advanced through the abdominal wall, through the uterine wall, and into the amniotic cavity. The needle tip is visualized throughout to ensure it is always within the target fluid pocket and away from the fetus and placenta. The first 1–2 mL of aspirated fluid is discarded to minimize contamination with maternal cells. Step 4: Amniotic Fluid Aspiration Approximately 15–20 mL of amniotic fluid is withdrawn into sterile syringes. This volume represents a very small fraction of the total amniotic fluid (typically 150–350 mL at mid-trimester) and is naturally replenished by the fetus within 24–48 hours. The fluid is immediately transferred to appropriately

Adult vaccination in Delhi is one of the most critical yet underutilized pillars of preventive healthcare in India. While vaccination is commonly associated with childhood immunization, the reality is that immunity wanes over time, new health risks emerge with age, and certain vaccines are specifically designed for adults. At Edge Imaging and Diagnostics, located in Raghubir Nagar, West Delhi, we offer a state-of-the-art adult vaccination clinic serving patients from across the region — including those traveling from Rajouri Garden, Tagore Garden, Punjabi Bagh, Paschim Vihar, Moti Nagar, Kirti Nagar, and Janakpuri. This comprehensive guide covers everything you need to know about adult vaccination in Delhi — from the recommended schedule and vaccine types to preparation tips, costs, and why choosing a trusted diagnostic center like Edge Imaging and Diagnostics makes all the difference. Why Adult Vaccination in Delhi Is Medically Essential According to the World Health Organization (WHO), immunization is one of the most cost-effective public health interventions available, preventing between 3.5 and 5 million deaths globally every year. Yet adult vaccination rates in India, including Delhi, remain alarmingly low. Many adults mistakenly believe that their childhood vaccines offer lifelong protection — but this is not always true. In Delhi specifically, the combination of high population density, seasonal disease outbreaks (influenza, dengue, typhoid), increasing international travel, and a large working-age population creates a pressing need for systematic adult vaccination programs. Furthermore, chronic disease prevalence — including diabetes, hypertension, and cardiovascular disease — has grown exponentially in urban Delhi, making vaccine-preventable diseases even more dangerous for this population. Key Reasons Adults in Delhi Need Vaccinations Waning immunity: Protection from childhood vaccines like tetanus (DTP) lasts only 10 years and requires booster doses in adulthood New risk exposures: Adult life brings occupational hazards, sexual health risks (Hepatitis B, HPV), and travel-related disease exposure Age-related vulnerability: After age 50, the immune system weakens, increasing risk from pneumococcal disease, shingles, and influenza complications Protecting dependents: Vaccinating adults protects infants too young for vaccines, elderly parents, and immunocompromised family members through “cocooning” Disease prevention > disease treatment: A single vaccine dose is far cheaper than hospitalization for vaccine-preventable diseases Complete Adult Vaccination Schedule — Recommended at Edge Imaging and Diagnostics, Raghubir Nagar Our medical team follows the latest guidelines from ICMR, WHO, and the Indian Academy of Internal Medicine to provide a comprehensive adult vaccination schedule in Delhi. Below is the detailed immunization table: Vaccine Who Needs It Dose Schedule Booster Influenza (Flu) All adults, especially elderly, pregnant, chronic disease patients 1 dose annually Every year (new strain) Tdap / Td (Tetanus + Diphtheria + Pertussis) All adults — Tdap once, then Td every 10 yrs Tdap once; Td every 10 years Every 10 years Hepatitis B Unvaccinated adults, healthcare workers, dialysis patients 3 doses: 0, 1, 6 months Check titre after 5 yrs Hepatitis A All adults; essential for food handlers, travellers 2 doses: 0 and 6-12 months Lifelong after 2 doses Typhoid (Vi polysaccharide) All adults in endemic areas like Delhi Single dose Every 3 years MMR (Measles, Mumps, Rubella) Adults born after 1957 without proven immunity 1-2 doses Not required after 2 doses Varicella (Chickenpox) Adults with no prior infection or vaccine 2 doses, 4-8 weeks apart Generally lifelong Pneumococcal (PCV13 + PPSV23) Adults 65+; younger adults with chronic disease PCV13 first, then PPSV23 1 year later PPSV23 once in 5 years HPV (Human Papillomavirus) Men and women up to age 45 2 doses if started before 15; 3 doses if started 15-45 Not required Herpes Zoster (Shingles) Adults 50 years and older 2 doses: 0 and 2-6 months Not yet established Meningococcal College students, Haj/Umrah pilgrims, asplenic patients 1-2 doses depending on vaccine type Every 5 years if risk continues COVID-19 All adults Primary series + boosters per current national advisory As per MoHFW guidelines Adult Vaccination for Special Groups in Delhi Adult Vaccination During Pregnancy Pregnancy is the most important window for targeted adult vaccination in Delhi. The Tdap vaccine is specifically recommended between the 27th and 36th week of every pregnancy to transfer maternal antibodies to the fetus, protecting newborns from whooping cough (pertussis) during their first vulnerable months of life. The Influenza vaccine is also safe at any stage of pregnancy and reduces the risk of pregnancy complications, premature birth, and severe neonatal illness. At Edge Imaging and Diagnostics, our team coordinates with your obstetrician to ensure complete antenatal immunization. Adult Vaccination for Diabetics and Cardiac Patients Research indexed on PubMed (NCBI) consistently demonstrates that diabetics who receive the annual influenza vaccine experience up to 40% fewer hospitalizations related to respiratory infections. Similarly, pneumococcal vaccination significantly reduces the incidence of pneumonia — the leading infectious cause of death in diabetics and cardiac patients. Our doctors at Raghubir Nagar assess each chronic disease patient individually and recommend the optimal adult vaccination protocol. Adult Vaccination for Senior Citizens (60+ Years) After age 60, the human immune system undergoes “immunosenescence” — a gradual weakening of immune responses. This makes elderly adults in Delhi especially vulnerable to pneumonia, shingles, tetanus, and influenza. Our senior citizen vaccination package includes: Annual Influenza vaccine, Pneumococcal vaccine (PCV13 + PPSV23), Tdap booster, and Herpes Zoster (Shingles) vaccine. Many of our elderly patients travel to our Raghubir Nagar center from Punjabi Bagh, Paschim Vihar, and Janakpuri specifically for this comprehensive senior vaccination program. Adult Vaccination for Healthcare Workers in Delhi Healthcare professionals face daily occupational exposure to infectious pathogens. The CDC guidelines for Healthcare Personnel Vaccination recommend mandatory immunization with Hepatitis B, Influenza, MMR, Varicella, Tdap, and COVID-19 vaccines for all clinical staff. Our center provides documented, certificated adult vaccination services for hospital staff, nurses, paramedics, and allied healthcare workers across Delhi. Pre-Travel Adult Vaccination in Delhi International travellers from Delhi require specific travel vaccines based on their destination. Yellow Fever vaccination is mandatory for travel to many African and South American countries, while Meningococcal vaccination is compulsory for Haj and Umrah pilgrims to Saudi Arabia. Other commonly needed travel vaccines include Typhoid, Hepatitis A, Japanese

CT Scan Whole Spine in Delhi at Edge Imaging & Diagnostics, Paschim Vihar. Complete spinal assessment for polytrauma, metastases, scoliosis & surgical planning. Expert radiologists.

CT Brain Angiography (CTA Brain) in Delhi at Edge Imaging & Diagnostics. Non-invasive 3D cerebrovascular imaging. Detects aneurysms, AVM & stroke vessel occlusion. Expert neuroradiologists.

CECT Urography scan in Delhi at Edge Imaging & Diagnostics, Paschim Vihar. Gold standard multi-phase urinary tract CT. Expert uroradiologists for haematuria workup & urothelial cancer.

CT Dorsal Spine scan in Delhi at Edge Imaging & Diagnostics, Paschim Vihar. Expert imaging for thoracic vertebral fractures, tumours & TB spine. Affordable cost in West Delhi.