Best Varicose Veins Treatment in Jaipur

Dec 19, 20240 likes10 views

Varicose veins are enlarged veins near the skin’s surface, often found in the legs due to increased pressure from standing and walking. For Best Varicose Veins Treatment in Jaipur, Dr. Manish Rajput provides advanced, personalized care using modern techniques to help you achieve healthier, smoother legs and a better quality of life.

D R M A N I S H
RAJPUT
ht t ps://dr manishr ajput .com
Bookan appointment!

IN T R O D U C T IO N
Dr
. Manish Rajput is an I
nterventional
Radiologist & Team Lead, Team I
R
Jaipur
. They are the biggest team of
I
nterventional Radiologists. They are
trained from Tata Memorial Center
,
Mumbai, I
ndia. They have worked in so
many government and corporate
hospitals across the country.

Medical school (MBBS):2005-2011: -People’s
Medical College, Bhopal(MP)
DNB (Radio diagnosis):
- Apollo hospital,
Hyderabad(Telangana)
FVIR (PDCC):- Tata Memorial Centre,
Mumbai(Maharashtra)
Senior Resident: Hinduja Hospital Mumbai, SMS
Hospital Jaipur
Past Visiting Doctor:Leelavati Hospital Mumbai,
Breach Candy Hospital Mumbai, Wockhardt
Hospital Mumbai, Hinduja Hospital Mumbai
Ex Assitant Professor:JNU Medical College, Jaipur
Currently Working as Senior Consultant
Interventional Radiologist in various corporate
hospitals of Rajasthan based in Jaipur
HIS
EDUCATION

S T R E N G T H S
Ilead the biggest I
R team in the state.
Vast portfolio for I
R services.
All the team members are from Tata
Memorial Hospital, Mumbai.
Extensive experience in performing and
interpreting basic Radio-Diagnosis.
Gained experience in performing
I
nterventional Radiologic procedures.
Ipossess oratory skill by speaking at
numerous industry events.
Ability to teach complex concepts in a basic
manner
.

Varicose Veins Prostate Artery Embolization PRG
Biopsy and
fNAC
Angioplasty & Venoplasty PCN & DJ Stenting
O
U
R
S
E
R
V
I
C
E
S

+91 7729021111
dr.manish@infinityintervention.com
O-5-A, Adinath Marg, Near Surya
Hospital, C Scheme, Ashok Nagar,
Jaipur, Rajasthan 302001
C ON TA C T
US!

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53 slides•708 views

By Dr. Faiza Assistant Professor of Physiology MBBS (Best Graduate, AIMC Lahore), FCPS (Physiology), ICMT, CHPE, DHPE (STMU), MPH (GC University, Faisalabad), MBA (Virtual University of Pakistan) Description: This comprehensive lecture on Acid-Base Balance provides an in-depth understanding of the body’s regulatory mechanisms for maintaining pH homeostasis. Acid-base imbalances can lead to serious clinical conditions, and understanding these physiological processes is crucial for medical professionals. Learning Objectives: ✔ Compare the role of the three lines of defense in acid-base regulation ✔ Explain the role of the respiratory system in acid-base balance ✔ Describe the renal mechanisms for correcting acidosis and alkalosis ✔ Correlate acid-base disorders with their underlying etiology ✔ Interpret arterial blood gas (ABG) analysis for diagnosing acid-base imbalances ✔ Define the anion gap and explain its clinical significance Key Topics Covered: 🔹 Fundamentals of Acid-Base Chemistry – Definition of acids, bases, buffers, and the pH scale 🔹 Physiological Buffers – Bicarbonate, phosphate, and protein buffer systems 🔹 Respiratory Regulation – Role of CO₂ and ventilation in acid-base balance 🔹 Renal Regulation – HCO₃⁻ reabsorption, H⁺ secretion, and new bicarbonate generation 🔹 Acid-Base Disorders – Metabolic acidosis, metabolic alkalosis, respiratory acidosis, and respiratory alkalosis 🔹 Clinical Applications – Case studies on ABG interpretation and diagnosing acid-base imbalances Who Should Watch? ✅ Medical students (MBBS, BDS) ✅ Postgraduate trainees in Physiology, Medicine, and Critical Care ✅ Medical educators seeking a structured approach to teaching acid-base balance ✅ Healthcare professionals interested in mastering ABG interpretation 📌 Includes real-life clinical case discussions, ABG interpretation exercises, and graphical illustrations for better understanding. 📥 Download Now & Enhance Your Understanding of Acid-Base Homeostasis!

Good Laboratory Practices (GLP) Ensuring Quality and Compliance.pptx by Dr. Smita Kumbhar, has 53 slides with 127 views.Good Laboratory Practices (GLP): Ensuring Quality and Compliance Good Laboratory Practices (GLP) is a set of principles intended to ensure the quality, integrity, and reliability of non-clinical laboratory studies that support research and regulatory submissions. These guidelines are critical in the pharmaceutical, biotechnological, chemical, and environmental sectors, ensuring that laboratory-generated data are reproducible, credible, and internationally accepted. GLP standards primarily apply to safety studies involving pharmaceuticals, pesticides, food additives, and industrial chemicals. Regulatory agencies, including the USFDA, EMA, and OECD, enforce GLP compliance to maintain scientific rigor and public safety. USFDA GLP Regulations The U.S. Food and Drug Administration (USFDA) established Good Laboratory Practice regulations under 21 CFR Part 58. These regulations outline responsibilities for study directors, testing facilities, and personnel to maintain quality and integrity in non-clinical laboratory studies. The regulations cover various aspects, including study conduct, reporting, and archiving, ensuring consistency and accuracy in laboratory research. Controlling the GLP Inspection Process Regulatory authorities conduct inspections to verify GLP compliance. Laboratories must prepare for inspections by: • Maintaining up-to-date documentation. • Conducting internal audits. • Ensuring personnel training and awareness. • Implementing corrective actions for non-compliance. Regulatory inspections typically assess laboratory infrastructure, personnel competence, study documentation, and adherence to protocols. Laboratories must demonstrate transparency and proactive quality control measures. Documentation in GLP Accurate and comprehensive documentation is crucial in GLP compliance. Key documentation elements include: • Study protocols • Standard operating procedures (SOPs) • Raw data records • Analytical reports • Audit reports • Equipment calibration records • Archiving and retention policies Proper documentation ensures traceability, accountability, and reliability in laboratory research. Audit in GLP Compliance Auditing is a critical component of GLP, ensuring adherence to established regulations and identifying areas for improvement. Audits can be internal (self-audit) or external (regulatory or third-party audits). Goals of Laboratory Quality Audit • Ensure compliance with GLP regulations. • Identify gaps and areas for improvement. • Validate data integrity and accuracy. • Enhance operational efficiency. • Prevent regulatory penalties and study disqualification. Audit Tools in GLP Laboratories use various audit tools to assess compliance, including: • Checklists and self-assessments • Internal quality audits • Electronic data tracking systems • Third-party inspections • Root cause analysis • Corrective and preventive action (CAPA) plans Future of GLP Regulations

Good Laboratory Practices (GLP) Ensuring Quality and Compliance.pptxDr. Smita Kumbhar

53 slides•127 views

Good Laboratory Practices (GLP): Ensuring Quality and Compliance Good Laboratory Practices (GLP) is a set of principles intended to ensure the quality, integrity, and reliability of non-clinical laboratory studies that support research and regulatory submissions. These guidelines are critical in the pharmaceutical, biotechnological, chemical, and environmental sectors, ensuring that laboratory-generated data are reproducible, credible, and internationally accepted. GLP standards primarily apply to safety studies involving pharmaceuticals, pesticides, food additives, and industrial chemicals. Regulatory agencies, including the USFDA, EMA, and OECD, enforce GLP compliance to maintain scientific rigor and public safety. USFDA GLP Regulations The U.S. Food and Drug Administration (USFDA) established Good Laboratory Practice regulations under 21 CFR Part 58. These regulations outline responsibilities for study directors, testing facilities, and personnel to maintain quality and integrity in non-clinical laboratory studies. The regulations cover various aspects, including study conduct, reporting, and archiving, ensuring consistency and accuracy in laboratory research. Controlling the GLP Inspection Process Regulatory authorities conduct inspections to verify GLP compliance. Laboratories must prepare for inspections by: • Maintaining up-to-date documentation. • Conducting internal audits. • Ensuring personnel training and awareness. • Implementing corrective actions for non-compliance. Regulatory inspections typically assess laboratory infrastructure, personnel competence, study documentation, and adherence to protocols. Laboratories must demonstrate transparency and proactive quality control measures. Documentation in GLP Accurate and comprehensive documentation is crucial in GLP compliance. Key documentation elements include: • Study protocols • Standard operating procedures (SOPs) • Raw data records • Analytical reports • Audit reports • Equipment calibration records • Archiving and retention policies Proper documentation ensures traceability, accountability, and reliability in laboratory research. Audit in GLP Compliance Auditing is a critical component of GLP, ensuring adherence to established regulations and identifying areas for improvement. Audits can be internal (self-audit) or external (regulatory or third-party audits). Goals of Laboratory Quality Audit • Ensure compliance with GLP regulations. • Identify gaps and areas for improvement. • Validate data integrity and accuracy. • Enhance operational efficiency. • Prevent regulatory penalties and study disqualification. Audit Tools in GLP Laboratories use various audit tools to assess compliance, including: • Checklists and self-assessments • Internal quality audits • Electronic data tracking systems • Third-party inspections • Root cause analysis • Corrective and preventive action (CAPA) plans Future of GLP Regulations

Improving the Patient Experience in Geographic Atrophy: Are You Putting the L...PVI, PeerView Institute for Medical Education

53 slides•74 views

Chair, Eleonora Lad, MD, PhD, discusses geographic atrophy in this CME/COPE/IPCE activity titled “Improving the Patient Experience in Geographic Atrophy: Are You Putting the Latest Advances Into Practice?.” For the full presentation, downloadable Practice Aids, and complete CME/COPE/IPCE information, and to apply for credit, please visit us at https://bit.ly/49lZvbL. CME/COPE/IPCE credit will be available until March 20, 2026.

Drugs used in the management of COPD.pptxSivaGanesh552177

8 slides•288 views

Integumentary System By Baasir Umair.pdf by Baasir Umair Khattak, has 78 slides with 24 views.The integumentary system is the largest organ system of the human body, serving as the body's first line of defense against environmental hazards. It includes the skin, hair, nails, glands, and sensory receptors. This system plays a vital role in protection, thermoregulation, sensation, excretion, and vitamin D synthesis. Understanding its structure and function is crucial for comprehending how the body interacts with its surroundings. Structure of the Integumentary System The integumentary system comprises two main components: The Skin (Cutaneous Membrane) Accessory Structures (Hair, Nails, and Glands) The Skin The skin, also called the cutaneous membrane, consists of three primary layers: 1. Epidermis The epidermis is the outermost layer of the skin, composed of stratified squamous epithelium. It lacks blood vessels and is primarily made of keratinocytes, which produce the protective protein keratin. Other important cells in the epidermis include: Melanocytes – produce melanin, which protects against UV radiation. Langerhans cells – involved in immune response. Merkel cells – associated with sensory neurons for touch perception. The epidermis has five distinct layers (from deep to superficial): Stratum basale (germinativum) – contains basal cells responsible for generating new keratinocytes. Stratum spinosum – provides structural integrity. Stratum granulosum – where keratinization begins. Stratum lucidum – found only in thick skin (palms and soles). Stratum corneum – the outermost layer made of dead keratinized cells. 2. Dermis The dermis is the thicker, connective tissue layer beneath the epidermis. It consists of collagen and elastic fibers, providing strength and flexibility. The dermis has two layers: Papillary Layer – composed of loose areolar connective tissue; contains dermal papillae, capillaries, and sensory receptors. Reticular Layer – made of dense irregular connective tissue; contains sweat glands, hair follicles, and blood vessels. 3. Hypodermis (Subcutaneous Layer) The hypodermis is a layer of adipose and connective tissue that insulates the body, stores energy, and provides cushioning. It connects the skin to underlying muscles and bones. Functions of the Integumentary System The skin performs several essential functions, including: 1. Protection The skin acts as a physical barrier against microorganisms, dehydration, UV radiation, and harmful chemicals. The acid mantle (low pH) of the skin inhibits bacterial growth. 2. Thermoregulation The skin helps maintain body temperature through: Sweating (eccrine and apocrine glands) – evaporative cooling. Vasodilation – blood vessels widen to release heat. Vasoconstriction – blood vessels narrow to retain heat. Goosebumps (arrector pili muscles) – create an insulating layer. 3. Sensation The skin contains specialized sensory receptors: Meissner’s corpuscles – detect light touch. Pacinian corpuscles – sense deep pressure and vibration. Merkel cells –

Integumentary System By Baasir Umair.pdfBaasir Umair Khattak

78 slides•24 views

The integumentary system is the largest organ system of the human body, serving as the body's first line of defense against environmental hazards. It includes the skin, hair, nails, glands, and sensory receptors. This system plays a vital role in protection, thermoregulation, sensation, excretion, and vitamin D synthesis. Understanding its structure and function is crucial for comprehending how the body interacts with its surroundings. Structure of the Integumentary System The integumentary system comprises two main components: The Skin (Cutaneous Membrane) Accessory Structures (Hair, Nails, and Glands) The Skin The skin, also called the cutaneous membrane, consists of three primary layers: 1. Epidermis The epidermis is the outermost layer of the skin, composed of stratified squamous epithelium. It lacks blood vessels and is primarily made of keratinocytes, which produce the protective protein keratin. Other important cells in the epidermis include: Melanocytes – produce melanin, which protects against UV radiation. Langerhans cells – involved in immune response. Merkel cells – associated with sensory neurons for touch perception. The epidermis has five distinct layers (from deep to superficial): Stratum basale (germinativum) – contains basal cells responsible for generating new keratinocytes. Stratum spinosum – provides structural integrity. Stratum granulosum – where keratinization begins. Stratum lucidum – found only in thick skin (palms and soles). Stratum corneum – the outermost layer made of dead keratinized cells. 2. Dermis The dermis is the thicker, connective tissue layer beneath the epidermis. It consists of collagen and elastic fibers, providing strength and flexibility. The dermis has two layers: Papillary Layer – composed of loose areolar connective tissue; contains dermal papillae, capillaries, and sensory receptors. Reticular Layer – made of dense irregular connective tissue; contains sweat glands, hair follicles, and blood vessels. 3. Hypodermis (Subcutaneous Layer) The hypodermis is a layer of adipose and connective tissue that insulates the body, stores energy, and provides cushioning. It connects the skin to underlying muscles and bones. Functions of the Integumentary System The skin performs several essential functions, including: 1. Protection The skin acts as a physical barrier against microorganisms, dehydration, UV radiation, and harmful chemicals. The acid mantle (low pH) of the skin inhibits bacterial growth. 2. Thermoregulation The skin helps maintain body temperature through: Sweating (eccrine and apocrine glands) – evaporative cooling. Vasodilation – blood vessels widen to release heat. Vasoconstriction – blood vessels narrow to retain heat. Goosebumps (arrector pili muscles) – create an insulating layer. 3. Sensation The skin contains specialized sensory receptors: Meissner’s corpuscles – detect light touch. Pacinian corpuscles – sense deep pressure and vibration. Merkel cells –