Special Projects in Art, 2009
Creating a pediatric office for 2 physicians to share while providing the best treatment possible for children (ages ranging from infancy to 18 years old)
This document provides information on the general requirements and design considerations for hospitals. It defines a hospital and describes the different types based on system, size, function, specialty, and ownership. It outlines the key departments and units within a hospital. The document discusses zoning and functional relationships between hospital areas. It provides guidance on circulation, environmental factors like lighting and ventilation, and other general design standards. These include accessibility, safety, segregation of spaces, and fire protection measures.
literature study for EMERGENCY DEPARTMENT in hospitalBalaji Ar
油
The document provides details on the design and requirements of an emergency department for a hospital. It discusses that the emergency department should be easily accessible and separate from the main entrance. It should have adequate space for triage, examination, resuscitation, isolation rooms and observation ward. The emergency department must be well connected to critical care areas like ICU, OT, laboratory etc. Flooring should be non-slippery and easy to clean. Proper signage and adequate space for circulation and movement of patients on stretchers and wheelchairs is important.
The document describes the layout and design of the Punjab Institutes of Medical Sciences (PIMS) hospital complex. Key elements include a medical college, hospital, residential buildings, and more spread across 56 acres divided into two phases. The hospital building is located prominently at the front of the complex and includes areas for outpatient clinics, emergency services, diagnostics, wards, operation theaters, and more arranged across five floors with integrated vertical and service circulation. The complex aims to provide comprehensive medical facilities while optimizing traffic flow and functional relationships between departments.
This document discusses the requirements and design considerations for hotels. It begins by defining what a hotel is and the origins of the term. It then outlines the different star ratings for hotels from 1 to 5 stars, describing the typical amenities provided at each level. The document provides details on typical room requirements, areas for public spaces, kitchen facilities, and amenities like restaurants, gyms and conference rooms. It closes by noting important considerations for hotel design like entrance and exit design, circulation paths, accessibility, parking, service areas, and vertical and horizontal space arrangements.
The Indraprastha Apollo Hospital in Delhi is the largest corporate hospital in India and fourth largest in the world. It has 652 beds including 138 ICU beds across 14 operation theaters within its 675,000 square foot built up area. The hospital aims to reduce the complexity of such a large institutional space. It houses departments for general OPD services, emergency, medicine, surgery, dentistry, obstetrics/gynecology and more. The inpatient wards are placed above the clinical zones and utilize colors/patterns to feel more like home. The large atrium in the outpatient department provides light and a street-like atmosphere. Medical facilities prioritize flexibility with engineering plants between wards and clinical areas below.
This document presents a dissertation on healing architecture in hospital design. The aim is to explore how architecture can support healing by creating spaces that reduce stress, fear and tension for patients. It discusses what healing and healing architecture are, provides historical context, and outlines evidence-based design principles. The dissertation will study elements of social support spaces in hospitals, present design models to promote healing, and analyze case studies of two Indian hospitals to evaluate how architectural design supports patient health and well-being.
A green hospital aims to enhance patient well-being and recovery while efficiently conserving natural resources. Key benefits include 20-40% energy savings, 35-40% water savings, improved indoor air quality, and faster patient recovery compared to conventional hospitals. Design aspects focus on maximizing daylight, indoor plant life, green materials, and connecting patients to outdoor views and nature.
The document provides a site analysis for a proposed multi-specialty hospital in Sector 31, Gurugram, Haryana, India. It describes the location of the site, which is 31km from Delhi and near various transportation options. An analysis of the site finds trees, transformer, and water pipes on site. The climate is hot and dry in summer and cold in winter. The soil is loamy sand. Surrounding amenities include roads, transportation, electricity, and sewage. A SWOT analysis identifies strengths such as transportation access, weaknesses such as a dirty site, opportunities such as jobs, and threats such as potential impact on the residential area.
this presentation starts with an introduction to hospital design and healthcare then analysis of
Global hospital example
-Pars Hospitals
-Nemours Childrens Hospital
later on a Local hospital Example that is located in erbil - iraq
-Zanko Private Hospital
last it shows the Standards and building codes of hospitals .
1) A hospital provides specialized health care through staff and equipment divided into operational areas.
2) Functional planning norms divide hospitals into categories based on bed count, with guidelines for treatment rooms, wards, and other spaces.
3) Key areas include outpatient departments, inpatient wards, emergency, radiology, operating theaters, and intensive care, each with their own space and connectivity needs to support patient care.
The document discusses plans for several charity projects in Pakistan, including the construction of the Iqbal Begum Complex and the Pearl Hospital Trust. The Pearl Hospital Trust project involves building a 115-bed hospital in Sialkot, Pakistan to provide 24-hour emergency care employing over 800 staff. It will have various departments including emergency care, labs, radiology, clinics, administration offices and wards for different specialties. The design aims to optimize land use and respect the environment. Donations of money, equipment and building materials are needed to help complete these projects.
This document provides information on the requirements and design considerations for a 200-bed multi-specialty hospital. It includes sections on data collection from various sources on hospital design guidelines. It outlines the key departments and units required such as ICU, surgery, pathology, inpatient and outpatient areas. It also discusses infrastructure needs like accessibility, utilities, and parking. Design criteria from sources like BIS and Neuferts are referenced for space requirements of areas like wards, ICU, orthopedics clinic, dental clinic, kitchen and engineering services.
The document provides information on the design and layout of Fortis Heart and Multi-Speciality Hospital located in Mohali, India. Some key points:
- The hospital has a total built-up area of 40,000 sqm and is divided into 4 blocks for inpatient, diagnostics, outpatient/emergency, and administrative functions.
- Parking and landscaped areas are located to optimize access and privacy. The basement provides staff parking while the first floor focuses on outpatient services.
- Circulation routes are designed for efficiency with main corridors separating public, clinical, and staff zones. Vertical circulation includes staircases, lifts, and a ramp to the basement.
CASE STUDY HOSPITAL SAKET NEW DELHI AND EMC GREEN AVENUE AMRITSARPrince Pathania
油
The document provides an overview of two hospitals - EMC Hospital in Green Avenue, ASR and MAX Superspeciality Hospital in Saket, New Delhi. It describes the brief history, facilities provided, location details, zoning and planning layout for both hospitals. Key information includes EMC Hospital was acquired in 2007 and expanded, while MAX Hospital is renowned for cardiology and oncology with 20 operating theatres and specialty ICUs across 490 beds.
Kohinoor Hospital in Mumbai is Asia's first LEED Platinum certified hospital built in 2013. The 5-story structure with double basement was designed by SSA Architects to be highly energy efficient and reduce greenhouse gas emissions to improve patient care. A range of sustainable design features were implemented, including natural lighting, recycled and regional building materials, water-efficient landscaping, and wastewater recycling.
Dharamshila Hospital and Research Centre (DHRC) in Delhi, India is the largest cancer hospital in North India with 350 beds. It was established in 1990 and provides comprehensive cancer care including diagnostic, radiation, surgical, chemotherapy, rehabilitation and palliative care services. DHRC has state-of-the-art radiation oncology facilities including two linear accelerators and brachytherapy equipment. It also serves international patients from countries in Asia, Africa, Europe and receives medical camps in African and Middle Eastern countries.
International case study on massachusetts general hospitalTilahunGetachew3
油
The document provides details about a case study on the Massachusetts General Hospital (MGH) in Boston, MA. It discusses the hospital's history and services. The case study focuses on MGH's main campus located in downtown Boston at 125 Nashua Street. It examines MGH's efforts to promote patient-centered care through various strategies like creating a welcoming environment, educating patients, and ensuring socio-cultural competence.
This document provides information about the operation theatre (OT) or operating room. It discusses the general requirements and organization of an OT including the attire of surgeons and staff. It details the specific OTs at DEMC hospital including the medical directors and staff. Floor plans and dimensions of major and minor OTs are presented. Ideal room conditions for temperature, humidity and air pressure are outlined. Various types of power supply including essential, UPS and normal are described. Finally, basic and additional equipment used in surgery like overhead lights, operating table, anesthetic machine are explained.
Case study on the GMCH chandigarh, india
Case study on AIIMS rishikesh, india.
climatic details, grid details, column placement, climatic in influence, site plan, medical college and hospital case study, services
This document discusses the spatial organization and functional areas in hospital design. It identifies four main categories of spaces: outpatient department (OPD), inpatient department (IPD), laboratories, and services. It provides details on the parts, components, planning considerations, and optimal locations for OPD, IPD, and laboratories. In conclusion, it identifies 11 broad categories of functional areas in any hospital, including care, examination and treatment, research, administration and management, supply and disposal, and other functions.
This document provides guidelines for designing hospital facilities, including general organization, specialized services, and safety standards. It discusses key aspects such as the appropriate area and layout, orientation of treatment zones, number of beds, and relationships between services. Specialized sections cover requirements for surgical units, postoperative care, intensive treatment, radiology, and other services. Circulation and accessibility for patients and staff are also addressed. The document aims to help planners design hospitals that meet operational and regulatory needs.
This document provides a case study summary of the Tapri restaurant interior design in Jaipur, Rajasthan. It includes details about the designer, date, and faculty submitted to. The summary outlines the restaurant's layout, including counter tops, service areas, sitting areas, movement spaces, furniture, false ceilings, floorings, and wall claddings. Standard space requirements are also provided for the dining, service, receiving, food storage, preparation, cooking, baking, and ware washing areas. Specific interior design elements like furniture, flooring, false ceilings, wall claddings, doors, air conditioning, and lighting are described.
This document provides information about hospital planning and design, including the classification, functions, and requirements of different hospital departments. It discusses factors to consider in selecting a hospital site, such as accessibility, size, and zoning. The document outlines the typical requirements and layout of key departments like outpatient, inpatient, emergency, administration, and more. It also presents diagrams showing common hospital workflows and the zoning of departments from public to private areas.
Indraprastha Apollo Hospital in New Delhi, India is the largest corporate hospital in India and fourth largest in the world. Completed in 1996, it covers an area of 675,000 square feet and contains departments for general services, emergency, surgery, medicine, dentistry, eye care, pediatrics and more. The hospital design features a grand atrium for the general waiting area with three levels of inpatient rooms above, each with cross ventilation and views of the outside. There are 632 beds total including 138 ICU beds and 14 operating theaters. The multi-level design connects buildings and reduces circulation while allowing flexibility to convert wards and rooms in the future.
hospital design studies - architecture Dina Mohamed
油
Fortis Hospital in Gurgaon is a multi-specialty hospital with 430 beds. It has departments for various medical specialties and services. The hospital aims to create a non-institutional environment for patients. It is located near the HUDA City Metro station for easy access. Key features include an auditorium, food court, and preventative healthcare programs. Various floors are designated for services like OPD, ICU, labor & delivery, and patient rooms. The basement contains parking and engineering systems while upper floors house surgical suites and patient beds.
The document describes the design plans for the offices of Webb Consulting, Inc. The designer, Madeleine McGraw, was inspired by a jigsaw puzzle in her design. She selected a bright color scheme of orange, green, and purple to emphasize how each department is distinct yet related. The floor plan guides viewers through the public spaces into different divisions, representing how all parts are needed to complete the whole business. Furniture selections include modular seating, executive desks, and pendant lighting.
A pediatrician diagnoses and treats injuries, diseases, and infections in young people. They perform physical exams, recommend treatment programs, and use their medical knowledge and experience to diagnose patients. Pediatricians need a doctor of medicine degree which requires 3 years of undergraduate education and 4 years of medical school. Starting salaries for pediatricians are around $125,000 per year, though residents earn less. With experience, pediatrician salaries can increase to over $175,000 or $300,000 per year. The job outlook for pediatricians is strong as they provide essential healthcare to children who would otherwise lack medical treatment and records of illness.
A green hospital aims to enhance patient well-being and recovery while efficiently conserving natural resources. Key benefits include 20-40% energy savings, 35-40% water savings, improved indoor air quality, and faster patient recovery compared to conventional hospitals. Design aspects focus on maximizing daylight, indoor plant life, green materials, and connecting patients to outdoor views and nature.
The document provides a site analysis for a proposed multi-specialty hospital in Sector 31, Gurugram, Haryana, India. It describes the location of the site, which is 31km from Delhi and near various transportation options. An analysis of the site finds trees, transformer, and water pipes on site. The climate is hot and dry in summer and cold in winter. The soil is loamy sand. Surrounding amenities include roads, transportation, electricity, and sewage. A SWOT analysis identifies strengths such as transportation access, weaknesses such as a dirty site, opportunities such as jobs, and threats such as potential impact on the residential area.
this presentation starts with an introduction to hospital design and healthcare then analysis of
Global hospital example
-Pars Hospitals
-Nemours Childrens Hospital
later on a Local hospital Example that is located in erbil - iraq
-Zanko Private Hospital
last it shows the Standards and building codes of hospitals .
1) A hospital provides specialized health care through staff and equipment divided into operational areas.
2) Functional planning norms divide hospitals into categories based on bed count, with guidelines for treatment rooms, wards, and other spaces.
3) Key areas include outpatient departments, inpatient wards, emergency, radiology, operating theaters, and intensive care, each with their own space and connectivity needs to support patient care.
The document discusses plans for several charity projects in Pakistan, including the construction of the Iqbal Begum Complex and the Pearl Hospital Trust. The Pearl Hospital Trust project involves building a 115-bed hospital in Sialkot, Pakistan to provide 24-hour emergency care employing over 800 staff. It will have various departments including emergency care, labs, radiology, clinics, administration offices and wards for different specialties. The design aims to optimize land use and respect the environment. Donations of money, equipment and building materials are needed to help complete these projects.
This document provides information on the requirements and design considerations for a 200-bed multi-specialty hospital. It includes sections on data collection from various sources on hospital design guidelines. It outlines the key departments and units required such as ICU, surgery, pathology, inpatient and outpatient areas. It also discusses infrastructure needs like accessibility, utilities, and parking. Design criteria from sources like BIS and Neuferts are referenced for space requirements of areas like wards, ICU, orthopedics clinic, dental clinic, kitchen and engineering services.
The document provides information on the design and layout of Fortis Heart and Multi-Speciality Hospital located in Mohali, India. Some key points:
- The hospital has a total built-up area of 40,000 sqm and is divided into 4 blocks for inpatient, diagnostics, outpatient/emergency, and administrative functions.
- Parking and landscaped areas are located to optimize access and privacy. The basement provides staff parking while the first floor focuses on outpatient services.
- Circulation routes are designed for efficiency with main corridors separating public, clinical, and staff zones. Vertical circulation includes staircases, lifts, and a ramp to the basement.
CASE STUDY HOSPITAL SAKET NEW DELHI AND EMC GREEN AVENUE AMRITSARPrince Pathania
油
The document provides an overview of two hospitals - EMC Hospital in Green Avenue, ASR and MAX Superspeciality Hospital in Saket, New Delhi. It describes the brief history, facilities provided, location details, zoning and planning layout for both hospitals. Key information includes EMC Hospital was acquired in 2007 and expanded, while MAX Hospital is renowned for cardiology and oncology with 20 operating theatres and specialty ICUs across 490 beds.
Kohinoor Hospital in Mumbai is Asia's first LEED Platinum certified hospital built in 2013. The 5-story structure with double basement was designed by SSA Architects to be highly energy efficient and reduce greenhouse gas emissions to improve patient care. A range of sustainable design features were implemented, including natural lighting, recycled and regional building materials, water-efficient landscaping, and wastewater recycling.
Dharamshila Hospital and Research Centre (DHRC) in Delhi, India is the largest cancer hospital in North India with 350 beds. It was established in 1990 and provides comprehensive cancer care including diagnostic, radiation, surgical, chemotherapy, rehabilitation and palliative care services. DHRC has state-of-the-art radiation oncology facilities including two linear accelerators and brachytherapy equipment. It also serves international patients from countries in Asia, Africa, Europe and receives medical camps in African and Middle Eastern countries.
International case study on massachusetts general hospitalTilahunGetachew3
油
The document provides details about a case study on the Massachusetts General Hospital (MGH) in Boston, MA. It discusses the hospital's history and services. The case study focuses on MGH's main campus located in downtown Boston at 125 Nashua Street. It examines MGH's efforts to promote patient-centered care through various strategies like creating a welcoming environment, educating patients, and ensuring socio-cultural competence.
This document provides information about the operation theatre (OT) or operating room. It discusses the general requirements and organization of an OT including the attire of surgeons and staff. It details the specific OTs at DEMC hospital including the medical directors and staff. Floor plans and dimensions of major and minor OTs are presented. Ideal room conditions for temperature, humidity and air pressure are outlined. Various types of power supply including essential, UPS and normal are described. Finally, basic and additional equipment used in surgery like overhead lights, operating table, anesthetic machine are explained.
Case study on the GMCH chandigarh, india
Case study on AIIMS rishikesh, india.
climatic details, grid details, column placement, climatic in influence, site plan, medical college and hospital case study, services
This document discusses the spatial organization and functional areas in hospital design. It identifies four main categories of spaces: outpatient department (OPD), inpatient department (IPD), laboratories, and services. It provides details on the parts, components, planning considerations, and optimal locations for OPD, IPD, and laboratories. In conclusion, it identifies 11 broad categories of functional areas in any hospital, including care, examination and treatment, research, administration and management, supply and disposal, and other functions.
This document provides guidelines for designing hospital facilities, including general organization, specialized services, and safety standards. It discusses key aspects such as the appropriate area and layout, orientation of treatment zones, number of beds, and relationships between services. Specialized sections cover requirements for surgical units, postoperative care, intensive treatment, radiology, and other services. Circulation and accessibility for patients and staff are also addressed. The document aims to help planners design hospitals that meet operational and regulatory needs.
This document provides a case study summary of the Tapri restaurant interior design in Jaipur, Rajasthan. It includes details about the designer, date, and faculty submitted to. The summary outlines the restaurant's layout, including counter tops, service areas, sitting areas, movement spaces, furniture, false ceilings, floorings, and wall claddings. Standard space requirements are also provided for the dining, service, receiving, food storage, preparation, cooking, baking, and ware washing areas. Specific interior design elements like furniture, flooring, false ceilings, wall claddings, doors, air conditioning, and lighting are described.
This document provides information about hospital planning and design, including the classification, functions, and requirements of different hospital departments. It discusses factors to consider in selecting a hospital site, such as accessibility, size, and zoning. The document outlines the typical requirements and layout of key departments like outpatient, inpatient, emergency, administration, and more. It also presents diagrams showing common hospital workflows and the zoning of departments from public to private areas.
Indraprastha Apollo Hospital in New Delhi, India is the largest corporate hospital in India and fourth largest in the world. Completed in 1996, it covers an area of 675,000 square feet and contains departments for general services, emergency, surgery, medicine, dentistry, eye care, pediatrics and more. The hospital design features a grand atrium for the general waiting area with three levels of inpatient rooms above, each with cross ventilation and views of the outside. There are 632 beds total including 138 ICU beds and 14 operating theaters. The multi-level design connects buildings and reduces circulation while allowing flexibility to convert wards and rooms in the future.
hospital design studies - architecture Dina Mohamed
油
Fortis Hospital in Gurgaon is a multi-specialty hospital with 430 beds. It has departments for various medical specialties and services. The hospital aims to create a non-institutional environment for patients. It is located near the HUDA City Metro station for easy access. Key features include an auditorium, food court, and preventative healthcare programs. Various floors are designated for services like OPD, ICU, labor & delivery, and patient rooms. The basement contains parking and engineering systems while upper floors house surgical suites and patient beds.
The document describes the design plans for the offices of Webb Consulting, Inc. The designer, Madeleine McGraw, was inspired by a jigsaw puzzle in her design. She selected a bright color scheme of orange, green, and purple to emphasize how each department is distinct yet related. The floor plan guides viewers through the public spaces into different divisions, representing how all parts are needed to complete the whole business. Furniture selections include modular seating, executive desks, and pendant lighting.
A pediatrician diagnoses and treats injuries, diseases, and infections in young people. They perform physical exams, recommend treatment programs, and use their medical knowledge and experience to diagnose patients. Pediatricians need a doctor of medicine degree which requires 3 years of undergraduate education and 4 years of medical school. Starting salaries for pediatricians are around $125,000 per year, though residents earn less. With experience, pediatrician salaries can increase to over $175,000 or $300,000 per year. The job outlook for pediatricians is strong as they provide essential healthcare to children who would otherwise lack medical treatment and records of illness.
This document provides a case study of Dr. L.H. Bidari's Ashwini Hospital in Bijapur, India. It includes details on the location, surrounding area, magnitude of the project, patient demographics, floor plans, and structural system. The linear building form provides good circulation. Key aspects include separate entrances for OPD and IPD, outdoor sitting areas, and locating related functions like the operation theater, laboratory, and pharmacy together. While some aspects provide patient convenience, others could be improved like parking, ventilation, and noise reduction near generators. Overall, the planning aims to create a functional and patient-friendly environment.
Location and layout of hospital, need of hospital to community,planning,factors and data required in planning,fundamentals and objectives,principles,different stages,equipment planning,icu design and layout,quality quantity and temperature and noise control in hospital,conclusion
Compilation of projects created during my four-year tenure with the Art Institute of Pittsburgh - Online Division. Portfolio features hand renderings, digital sketches, Google Sketch-up drawings, AutoCAD and Revit construction documents.
Pediatricians provide healthcare to children from infancy through age 21, diagnosing and treating diseases, injuries, and developmental concerns. They require a bachelor's degree, four years of medical school, and a 3-8 year internship/residency. While starting salaries average around $132,800, experienced pediatricians can earn over $153,000. The job outlook is stable with 22% annual growth potential due to an increasing child population.
This document contains an introduction and portfolio from an architect with over 13 years of experience in planning, designing, and coordinating various projects in both the public and private sectors. It includes details on the architect's skills and experience with master planning, conceptual design, green building practices, software programs, and more. The portfolio section highlights examples of completed residential, commercial, and hotel projects ranging from apartments and villas to shopping malls. It also includes renderings of floor plans and interior design work for flats and banquet halls.
A hybrid operating room is a surgical theater equipped with advanced medical imaging devices like C-arms, CT scanners, or MRI scanners. It allows for complex procedures to be done with physicians of different specialties working simultaneously. Key features include equipment for imaging, lighting, audio/video integration, and space for medical tools. Special considerations go into room design and equipment placement to accommodate imaging needs while maintaining sterility. A hybrid OR enables minimized risk, improved success rates, and enhanced workflow efficiency compared to traditional operating rooms.
To become a pediatrician, one must earn a medical degree from medical school after obtaining a biology and psychology education. Pediatricians treat and care for children by providing medical care, prescribing medicine, documenting patient information, diagnosing illnesses and injuries, and recording patient heights and weights. The career requires strong people skills, problem solving abilities, and skills in areas like reading, writing, speaking, and cultural diversity. Famous pediatrician Dr. Benjamin Spock was known for his book "Baby and Childcare" and enjoyed interacting with children. He exemplified social and communication skills important for the career.
Ventila巽達o mec但nica em neonatologia e pediatriaF叩bio Falc達o
油
O documento discute a ventila巽達o mec但nica em neonatologia e pediatria, abordando suas peculiaridades anat担micas e fisiol坦gicas, classifica巽探es, indica巽探es, par但metros e modalidades. Destaca a import但ncia do estabelecimento de protocolos para melhorar os cuidados respirat坦rios e realizar o desmame de forma segura e precoce.
ICU design requires specialized infrastructure to care for critically ill patients. An ICU contains a patient care zone with private rooms or beds equipped for monitoring and treatment. It also includes clinical support zones for medical staff, unit support zones for administration and staff areas, and family support zones. Proper ICU design supports the integrated care of high-risk patients through features like isolation rooms, telemedicine capabilities, and family accommodations. Experienced consultants can help design ICUs that optimize outcomes, performance and costs according to evidence-based best practices.
This document outlines guidelines for organizing intensive care units (ICUs) at different levels of a hospital. It discusses ICU levels I-III and their recommended features. Level I ICUs are for small hospitals and provide basic monitoring and short-term care. Level II ICUs have expanded capabilities and staff training. Level III ICUs provide the highest level of multisystem care and technology. The document also covers ICU unit design considerations, including patient area layout, noise levels, nursing stations, and necessary equipment and utilities. Staffing guidelines recommend intensivists to lead the team along with residents, nurses, respiratory therapists and other support staff tailored to the ICU's needs and capabilities.
The document provides guidance on getting started with hospital design in India. It discusses the importance of management consulting to conduct a market survey of the healthcare needs in the area through household, doctor, and institutional surveys. The surveys analyze disease profiles, healthcare choices, opinions on deficiencies, and critical success factors. The data is used to determine the appropriate facility mix, size, and services for the proposed hospital project.
The document provides details about the establishment of a new skin care clinic called FACE 2 FACE SKIN CARE CLINIC (F2F). It was established by recent business graduates to provide skin care services and treatments. The summary analyzes F2F's marketing plan which includes segmenting customers aged 18-65, positioning itself as a budget-friendly yet high quality clinic, and implementing promotional strategies like discounts and banners. It also outlines F2F's financial projections, with anticipated sales increasing from PHP3.5M in year 1 to PHP43M in year 5 as brand awareness grows.
This document discusses hospital planning and design. It notes that proper planning, design, construction and administration are key to a successful hospital. The planning process involves assessing community needs, conducting market surveys, developing financial plans, selecting sites, designing interior spaces, and planning departments and bed distribution. An effective planning team considers guidance principles like quality patient care and economic viability. The goal of planning is to forecast activities needed to achieve desired goals and design a hospital that serves both patients and administrators.
The document outlines the process for planning a new hospital, including forming a planning team, conducting feasibility studies, and implementing the project. Key steps involve assessing community health needs, selecting an appropriate site, developing construction plans, procuring equipment and staff, and commissioning the new facility once built. The planning process aims to establish adequate healthcare services through strategic planning and consideration of factors like infrastructure, resources, and community demographics.
1. The document discusses the classification and design considerations of hospitals, including classifications by level of care, size, medical specialists, and ownership.
2. It outlines the main divisions of hospitals including administration, outpatient, diagnostic services, therapeutic services, internal medical treatment, inpatient, and general services.
3. For each division and department, it describes the parts, location considerations, and provides area guidelines based on hospital size and international standards.
Artificial Intelligence in Oncology: Transforming Cancer CarepptxNEIGRIHMS, SHILLONG
油
Artificial Intelligence (AI) is transforming oncology by enabling faster, more accurate, and personalized cancer care. AI uses technologies like machine learning (ML), deep learning (DL), and natural language processing (NLP) to analyze complex medical data, helping doctors make better decisions at every stage of cancer care.
Key Applications of AI in Oncology:
Cancer Detection & Diagnosis:
AI analyzes radiology (CT, MRI, mammography) and pathology images to detect tumors early and accurately.
Tools like PathAI, Aidoc, and DeepMind are used in clinical imaging.
Precision Medicine & Genomics:
AI interprets genetic mutations to match patients with targeted therapies.
Platforms like Tempus and OncoKB support personalized cancer treatment.
Radiation Oncology:
AI automates contouring, treatment planning, and dose optimization.
Reduces planning time and improves consistency in radiation delivery.
Drug Discovery & Clinical Trials:
AI helps discover new cancer drugs and match patients to trials.
Companies like BenevolentAI and Insilico Medicine lead this space.
Prognostics & Monitoring:
AI predicts survival, recurrence, and side effects using patient data.
Wearables and mobile apps track symptoms and alert doctors in real time.
Benefits of AI in Oncology:
Early and accurate diagnosis
Faster workflows and reduced workload
Personalized treatments
Improved patient outcomes
Challenges:
Data privacy and bias
Lack of clinical validation
Interpretability of AI decisions
Integration into hospital systems
Conclusion:
AI is not replacing oncologists but empowering them with better tools to diagnose, plan, and treat cancer more effectively. With ongoing research and responsible use, AI will play a crucial role in the future of oncology.
he pleura is a thin, double-layered membrane that surrounds the lungs and lines the inside of the chest cavity. It has two layers:
Visceral pleura: covers the surface of the lungs.
Parietal pleura: lines the chest wall, diaphragm, and mediastinum.
Between these two layers is the pleural cavity, a small space filled with a thin film of lubricating fluid that reduces friction during breathing movements. The pleura helps protect the lungs and allows them to expand and contract smoothly within the chest.
This presentation provides a comprehensive overview of pleural effusion, a condition characterized by the accumulation of excess fluid in the pleural space. It covers the types, causes, clinical features, diagnostic methods, and treatment options, with illustrative visuals and case-based insights. Ideal for medical students, healthcare professionals, and anyone seeking a deeper understanding of pleural diseases
P嘆ster presentat per Jos辿 Ferrer, metge de l'equip d'Innovaci坦 de Badalona Serveis Assistencials i membre de la Sociedad Espa単ola del Dolor, en el 14th Congress of the European Pain Federation EFIC, que se celebra a Li坦 del 24 al 26 d'abril de 2025 sota el t鱈tol "Comorbidity of Chronic Pain and Mental Health Disorders: Breaking the Cycle".
Lung Cancer: Artificial Intelligence, Synergetics, Complex System Analysis, B...Oleg Kshivets
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METHODS: We analyzed data of 786 consecutive LCP (age=57.7賊8.3 years; tumor size=4.1賊2.4 cm) radically operated and monitored in 1985-2025 (m=674, f=112; upper lobectomies=284, lower lobectomies=180, middle lobectomies=18, bilobectomies=46, pneumonectomies=258, mediastinal lymph node dissection=786; combined procedures with resection of trachea, carina, atrium, aorta, VCS, vena azygos, pericardium, liver, diaphragm, ribs, esophagus=199; only surgery-S=629, adjuvant chemoimmunoradiotherapy-AT=157: CAV/gemzar + cisplatin + thymalin/taktivin + radiotherapy 45-50Gy; T1=328, T2=260, T3=137, T4=61; N0=528, N1=133, N2=125, M0=786; G1=199, G2=248, G3=339; squamous=423, adenocarcinoma=313, large cell=50; early LC=221, invasive LC=565; right LC=422, left LC=364; central=298; peripheral=488. Variables selected for study were input levels of 45 blood parameters, sex, age, TNMG, cell type, tumor size. Regression modeling, clustering, SEPATH, Monte Carlo, bootstrap and neural networks computing were used to determine significant dependence.
RESULTS: Overall life span (LS) was 2245.9賊1741.5 days and cumulative 5-year survival (5YS) reached 73.4%, 10 years 65.2%, 20 years 42.5%. 516 LCP lived more than 5 years (LS=3118.2賊1527.7 days), 148 LCP more than 10 years (LS=5054.4賊1504.1 days).199 LCP died because of LC (LS=562.7賊374.5 days). 5YS of LCP after bi/lobectomies was significantly superior in comparison with LCP after pneumonectomies (78.2% vs.63.5%, P=0.00001 by log-rank test). AT significantly improved 5YS (65.6% vs. 34.8%) (P=0.00001 by log-rank test) only for LCP with N1-2. Cox modeling displayed that 5YS of LCP significantly depended on: phase transition (PT) early-invasive LC in terms of synergetics, PT N0N12, cell ratio factors (ratio between cancer cells- CC and blood cells subpopulations), G1-3, AT, blood cell circuit, prothrombin index, age, bilirubin, procedure type (P=0.000-0.044). Neural networks, genetic algorithm selection and bootstrap simulation revealed relationships between 5YS and PT early-invasive LC (rank=1), PT N0N12 (rank=2), thrombocytes/CC (3), healthy cells/CC (4), eosinophils/CC (5), erythrocytes/CC (6), segmented neutrophils/CC (7), lymphocytes/CC (8), monocytes/CC (9); stick neutrophils (10); leucocytes/CC (11). Correct prediction of 5YS was 100% by neural networks computing (area under ROC curve=1.0; error=0.0).
CONCLUSIONS: 5YS of LCP after radical procedures significantly depended on: 1) PT early-invasive cancer; 2) PT N0--N12; 3) cell ratio factors; 4) blood cell circuit; 5) biochemical factors; 6) hemostasis system; 7) AT; 8) LC characteristics; 9) LC cell dynamics; 10) surgery type: lobectomy/pneumonectomy; 11) anthropometric data. Optimal diagnosis and treatment strategies for LC are: 1) screening and early detection of LC; 2) availability of experienced thoracic surgeons because of complexity of radical procedures; 3) aggressive en block surgery and adequate lymph node dissection for completeness; 4) p
The oral cavity is the site where food is received and therefore an area of body where contact with exogenous material, microorganism and harmful agents is particularly intense.
The oral mucosa functions as a mechanical as well as immunological barrier
Inflamed lesion, keratosis as well as premalignant and malignant changes in mucosa may be diagnosed on macroscopic inspection and palpation. Squamous cell carcinoma accounts for more than 90% of oral malignancies.
Oral cancer is the most common cancer in India, with the incidence of 3050% of whole body tumours, of which squamous cell carcinoma (SCC) arises from stratified squamous epithelium.
Wound healing in periodontology is a complex biological process that occurs following periodontal surgery or injury to the tissues of the periodontium, including the gingiva, periodontal ligament, cementum, and alveolar bone. The goal is to restore the damaged tissues and promote functional healing, minimizing complications such as infection or tissue breakdown.
The process can be divided into four main stages: hemostasis, inflammation, proliferation, and remodeling.
1. **Hemostasis**: Immediately following surgery or injury, the body works to stop bleeding through blood clot formation, which serves as a protective barrier and a matrix for tissue regeneration.
2. **Inflammation**: This phase is characterized by the body's immune response to clear debris and bacteria. It typically lasts for a few days and involves the influx of inflammatory cells like neutrophils and macrophages, which aid in cleaning the wound site and preventing infection.
3. **Proliferation**: During this phase, the body begins to rebuild the damaged tissues. Fibroblasts proliferate, synthesizing collagen and extracellular matrix components. New blood vessels form in a process called angiogenesis, which ensures a steady supply of nutrients and oxygen for tissue repair. This phase also involves epithelial migration over the wound site, covering the exposed tissue.
4. **Remodeling**: The final stage is characterized by the maturation of the tissue, where collagen fibers are reorganized and the wound strengthens over time. This phase can last for several months, as the tissues return to their normal structure and function.
Successful wound healing in periodontics is crucial for long-term outcomes, such as tissue regeneration, improved periodontal health, and prevention of further periodontal damage.
Bill Faloon discusses age-reversal updates at HEALINC 2025maximuspeto
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In this presentation, Bill Faloon reviews recent updates in age-reversal research, including topics such as IL-11, metformin, partial reprogramming/OSK, monkey trials, and the use of AI for designing life-extension experiments.
Introduction to the heart for pharm d I year.pptxrekhapositivity
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The cardiovascular system is crucial for maintaining overall health.
Understanding this system is essential for recognizing its role in health and disease.
1. Basic equipment used in cell culture lab.
2. Cell culture media
3. various types of cell culture
4. general procedure for cell cultures
5. isolation of cells
6. subculture
7. cryopreservation
8. characterization of cells and their applications
9. Principles and applications of cell viability assays (MTT assays)
10. Principles and applications of flow cytometry.
This presentation covers Acute Cholecystitis with a focused approach on laboratory and functional diagnostics. The presentation outlines the clinical features, pathophysiology, and, most importantly, the laboratory investigations crucial for diagnosis including complete blood count, liver function tests, inflammatory markers (CRP, ESR), bilirubin levels, and enzyme patterns. It also touches on differential diagnosis and the role of imaging in supporting lab findings.
Hyperkalemia - An overview : Causes and managementdramiraaref
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Pediatric Office Presentation
1. PEDIATRIC OFFICE SUITE FOR DUAL PEDIATRIC PRACTICE DESIGNER: MADELEINE McGRAW SPECIAL PROJECTS MAY, 2009
2. SPACE REQUIREMENTS RECEPTION AREA SEATING FOR 5 ADULTS AND 3 CHILDREN PLAY AREA EXAM ROOMS 3 REGULARLY SHAPED ROOMS PLUMBING NOT RESTRICTED TO CONVENTIONAL DISTANCE REQUIREMENTS CONSULTING OFFICES 2 COMFORTABLE OFFICES SEATING FOR 3 PERSONAL DESK FOR DR SHELVING/DISPLAY AREA WORK ROOM/BUSINESS OFFICE 2 WORK SURFACES COAT CLOSET 18 LF OF 12 DEEP SHELVING 18 LF OF 18 DEEP SHELVING WORK TABLE COPIER NURSES STATION DIRECTLY IN LINE OF VISION WITH RECEPTION AREA LABORATORY SINK CONVENIENTLY SERVE EXAM ROOMS