The document introduces the Simple Organ Theory, a medical theory proposed in the 1950s by Hakim Dosat Muhammad Sabir Multani. The theory correlates the four elements of the universe (air, fire, water, earth) with the three basic tissues that compose the human body (muscular, epithelial, nervous tissues). It posits that disease originates from imbalances in these basic tissues/organ systems. The theory divides diseases, herbs and foods into three categories to restore balance to the affected system. Treatment follows principles of supporting the sedated organ system to remedy symptoms and restore overall body system balance. The Simple Organ Theory aims to provide an innovative diagnostic and treatment approach based on the interconnection between the human body and
The human body is made up of trillions of cells that are organized into tissues, organs, and systems. Cells are the basic unit of the body and come together to form tissues like muscle and bone. Multiple tissues combine to create organs such as the stomach and liver. Systems group several organs together to carry out important functions - examples include the circulatory, respiratory, and nervous systems. The human body contains 11 major organ systems that work together intricately to keep us alive.
Anatomy is the study of body structure while physiology is the study of body functions. The human body is organized in multiple levels from atoms and molecules to cells, tissues, organs and organ systems. Homeostasis refers to maintaining equilibrium in the internal environment through feedback mechanisms. Anatomy and physiology provide a foundation for understanding health and disease.
Dr. Lewis Teperman is an associate professor of surgery and vice chairman of surgery at NYU School of Medicine who specializes in liver transplant surgery. As the body's largest internal organ, the healthy liver performs over 500 vital functions such as purifying the blood by breaking down toxins and removing them through bile production, breaking down nutrients from food to produce proteins and energy and store nutrients like iron, regulating blood clotting and chemical levels, supporting the immune system by clearing blood of bacteria, and regenerating itself even after losing three-quarters of its cells.
Special alternative therapies for endocrine disorders pptshalet shaji
This document discusses various special and alternative therapies used to treat endocrine disorders. It defines key terms like alternative medicine, complementary medicine, and integrative medicine. It then describes several alternative therapies that can be used for endocrine disorders, including acupuncture, acupressure, aromatherapy, ayurvedic medicine, herbalism, naturopathic medicine, and reflexology. These therapies aim to balance hormones and restore normal endocrine system functioning through techniques like needle insertion, essential oils, herbal remedies, and foot or hand massage.
The document discusses how various human body systems help maintain homeostasis. It describes how the skeletal and muscular systems provide structure, protection and enable movement. The integumentary system protects from pathogens and regulates temperature. The nervous and endocrine systems coordinate responses to internal and external changes. The digestive and excretory systems intake nutrients and remove waste, while the circulatory and respiratory systems transport these materials throughout the body.
This document provides an introduction to human anatomy and physiology (HAP). It defines anatomy and physiology and their main subdivisions or branches. It describes the six levels of structural organization in the human body from the chemical level to the organism level. It lists and describes the main functions of the 12 organ systems in the human body. It also outlines some basic life processes like metabolism, movement, growth, and homeostasis, which is the body's ability to maintain equilibrium.
This document provides an overview of the scope and importance of anatomy and physiology. It defines anatomy as the study of body structures and physiology as the study of body functions. The document then describes the 12 major systems of the human body and their basic functions, including the skeletal, muscular, nervous, respiratory, circulatory, lymphatic, endocrine, digestive, reproductive, integumentary, excretory, and immune systems. It also explains that the body is divided into 4 main cavities - cranial, thoracic, abdominal, and pelvic cavities - and provides a brief description of each. In summary, the document outlines the key systems of the human body, their functions, and the body cavities.
Anatomy is the study of the structure and shape of the body and its parts and their relationships. Physiology is the study of how the body and its parts function. The document describes the major organ systems of the body including the integumentary, skeletal, muscular, nervous, endocrine, cardiovascular, lymphatic, respiratory, digestive, urinary, and reproductive systems. Each system is briefly defined by its main functions.
The human body is made up of trillions of cells that are organized into tissues, organs, and systems. Cells are the basic unit of the body and come together to form tissues like muscle and bone. Multiple tissues combine to create organs such as the stomach and liver. Systems group several organs together to carry out important functions - examples include the circulatory, respiratory, and nervous systems. The human body contains 11 major organ systems that work together intricately to keep us alive.
Anatomy is the study of body structure while physiology is the study of body functions. The human body is organized in multiple levels from atoms and molecules to cells, tissues, organs and organ systems. Homeostasis refers to maintaining equilibrium in the internal environment through feedback mechanisms. Anatomy and physiology provide a foundation for understanding health and disease.
Dr. Lewis Teperman is an associate professor of surgery and vice chairman of surgery at NYU School of Medicine who specializes in liver transplant surgery. As the body's largest internal organ, the healthy liver performs over 500 vital functions such as purifying the blood by breaking down toxins and removing them through bile production, breaking down nutrients from food to produce proteins and energy and store nutrients like iron, regulating blood clotting and chemical levels, supporting the immune system by clearing blood of bacteria, and regenerating itself even after losing three-quarters of its cells.
Special alternative therapies for endocrine disorders pptshalet shaji
This document discusses various special and alternative therapies used to treat endocrine disorders. It defines key terms like alternative medicine, complementary medicine, and integrative medicine. It then describes several alternative therapies that can be used for endocrine disorders, including acupuncture, acupressure, aromatherapy, ayurvedic medicine, herbalism, naturopathic medicine, and reflexology. These therapies aim to balance hormones and restore normal endocrine system functioning through techniques like needle insertion, essential oils, herbal remedies, and foot or hand massage.
The document discusses how various human body systems help maintain homeostasis. It describes how the skeletal and muscular systems provide structure, protection and enable movement. The integumentary system protects from pathogens and regulates temperature. The nervous and endocrine systems coordinate responses to internal and external changes. The digestive and excretory systems intake nutrients and remove waste, while the circulatory and respiratory systems transport these materials throughout the body.
This document provides an introduction to human anatomy and physiology (HAP). It defines anatomy and physiology and their main subdivisions or branches. It describes the six levels of structural organization in the human body from the chemical level to the organism level. It lists and describes the main functions of the 12 organ systems in the human body. It also outlines some basic life processes like metabolism, movement, growth, and homeostasis, which is the body's ability to maintain equilibrium.
This document provides an overview of the scope and importance of anatomy and physiology. It defines anatomy as the study of body structures and physiology as the study of body functions. The document then describes the 12 major systems of the human body and their basic functions, including the skeletal, muscular, nervous, respiratory, circulatory, lymphatic, endocrine, digestive, reproductive, integumentary, excretory, and immune systems. It also explains that the body is divided into 4 main cavities - cranial, thoracic, abdominal, and pelvic cavities - and provides a brief description of each. In summary, the document outlines the key systems of the human body, their functions, and the body cavities.
Anatomy is the study of the structure and shape of the body and its parts and their relationships. Physiology is the study of how the body and its parts function. The document describes the major organ systems of the body including the integumentary, skeletal, muscular, nervous, endocrine, cardiovascular, lymphatic, respiratory, digestive, urinary, and reproductive systems. Each system is briefly defined by its main functions.
This study used a protein microarray displaying 23 variants of the Borrelia burgdorferi outer surface protein C (OspC) to analyze antibody binding patterns in sera from Lyme disease patients. The degree of cross-reactive antibody binding between all pairs of OspC variants was quantified. While global amino acid sequence identity was a poor predictor of cross-reactivity, residues 179-188 in the fifth C-terminal helix showed the strongest correlation with cross-reactive binding patterns. This region was identified as a major determinant of type-specific cross-reactive antibody responses to the polymorphic OspC antigen. Analyzing the relationship between sequence/structure variation and cross-reactivity among antigen variants can
This document summarizes a study that used protein microarrays to analyze antibody responses to Plasmodium falciparum (Pf) in residents of two sites in western Kenya with different malaria transmission levels. The study identified 107 Pf proteins that were targets of human antibody responses. Antibody acquisition for these antigens was compared between age groups and sites. Highly immunogenic antigens that elicited stable antibody responses from an early age as well as less immunogenic antigens requiring repeated exposure were identified. A combination of these antigens could potentially be used as serological markers to detect differences in malaria transmission levels between sites.
This study experimentally infected the white-footed mouse (Peromyscus leucopus), a natural reservoir for Lyme disease agent Borrelia burgdorferi, with six diverse strains of B. burgdorferi. All mouse groups became infected, though overall spirochete burdens were lower in mice infected with low-prevalence strains. Mice mounted similar antibody responses to conserved antigens regardless of infecting strain, but showed strain-specific responses to outer surface protein C (OspC), VlsE, and plasmid-encoded BBK07 and BBK12 proteins. Sequencing revealed diversity within some strain pairs for VlsE but near-identity within other pairs, which differed in Osp
Shradha Doshi is seeking an executive assistant position. She has over 10 years of experience in administrative, customer service, and business development roles. Her experience includes working as a collection executive, collection specialist, administrative executive, and executive assistant to the VP and senior coordinator of business development. She is proficient in managing correspondence, communications, meetings, travel arrangements, and providing support to executives. She holds a B.Com degree from The Bhawanipore Education Society College and a diploma in fashion design.
Mohammed Farouq Odeh is a civil engineer from Jordan seeking a suitable position. He has over 5 years of experience as a site engineer and vocational trainer in Saudi Arabia and Qatar. He has a bachelor's degree in civil engineering and is proficient in AutoCAD, STAAD Pro, and Microsoft Office. His career objective is to utilize his engineering skills and knowledge in practical applications to contribute to organizational goals and results.
We hear about how growth hacking is essential for startups to embrace and apply to acquire users. But there's nothing magical about it. Read on to learn how you can use some of the strategies employedby five companies in the early stages of their launch to grow user base
http://webpowerup.com/interesting-web-finds/growth-hacking-101-part-2/
Traditional medicine systems like Ayurveda, Unani, Siddha, and Homeopathy have been used for centuries. Each system has its own principles and approaches. Ayurveda is based on panchabhuta (five elements) and treats imbalances in doshas (vata, pitta, kapha). Unani considers the body made of four elements and four humors. Siddha views the body as composed of five elements - earth, water, fire, air, ether. Homeopathy treats based on the principle of "like cures like" using highly diluted substances. Diagnosis and treatment vary between systems but generally involve examining pulses, urine, symptoms to determine remedies like herbs,
This document provides an overview of various traditional Indian systems of medicine, including Ayurveda, Siddha, Unani, and Homeopathy. It describes the origins, basic principles, diagnosis methods, and treatment approaches of each system. Ayurveda is the oldest and is based on balancing the doshas (vata, pitta, kapha). Siddha originated in Tamil culture and also uses the concepts of triguna. Unani originated in Greece and is based on humoral pathology. Homeopathy was developed by Samuel Hahnemann and uses the principle of treating like with like. Each system makes use of herbal and mineral medicines alongside other therapies.
1. Biomedical instrumentation is used for monitoring, diagnosis, and therapy by taking measurements of variables in the human body. It involves the fields of engineering, biology, chemistry, and medicine.
2. Biomedical instrumentation is classified into clinical instrumentation for diagnosis and treatment of patients and research instrumentation used primarily to gain new medical knowledge.
3. Biomedical instruments measure various physiological parameters and are classified based on the system or organ they are associated with such as heart, brain, muscle, and lung instruments. Common medical measurements include blood pressure, ECG, EEG, temperature, and pH.
The document provides an introduction to biomedical instrumentation. It discusses the importance of biomedical instrumentation in understanding human physiology and developing diagnostic and therapeutic devices. It describes the major physiological systems of the human body and how biomedical instruments are classified and used to take clinical and research measurements. Common medical measurements include blood pressure, ECG, EEG, pH, and blood gases which are detected using techniques like electrodes, cuffs, and electromagnetic sensors.
The document discusses several alternative medicine systems practiced in India such as Ayurveda, Unani, Siddha, yoga and homeopathy. It provides background information on the origins and basic principles of these alternative medicine systems. It describes their approaches to diagnosis, treatment and healthcare. It also discusses the Ministry of AYUSH, the government body established to develop education and research in alternative medicine in India.
Alternative system of medicine ppt (1) (1)Jyotika Sharma
The document discusses several alternative medicine systems practiced in India such as Ayurveda, Unani, Siddha, yoga and homeopathy. It provides background information on the origins and basic principles of these alternative medicine systems. It describes their approaches to diagnosis, treatment and healthcare. It also discusses the Ministry of AYUSH in India which was formed in 2014 to promote alternative medicine systems.
The document discusses several alternative medicine systems practiced in India, including Ayurveda, Unani, Siddha, yoga, and homeopathy. It provides background information on the origins, principles, diagnostic techniques, and treatment approaches of each system. The key points covered are that Ayurveda and Unani originated in ancient India and Greece respectively, while Siddha has roots in Tamil culture. All involve holistic diagnoses and natural or herbal treatments tailored to each individual.
The document discusses several alternative medicine systems practiced in India, including Ayurveda, Unani, Siddha, yoga, and homeopathy. It provides background information on the origins, principles, diagnostic techniques, and treatment approaches of each system. The key points are that Ayurveda and Unani originated in ancient India and Greece respectively, while Siddha has roots in Dravidian culture. All involve holistic approaches considering mind, body, and spirit. Diagnosis examines pulses, urine, eyes etc. Treatment is individualized and includes herbs, diet, exercise and lifestyle changes.
The document discusses several alternative medicine systems practiced in India such as Ayurveda, Unani, Siddha, yoga and homeopathy. It provides background information on the origins and basic principles of these alternative medicine systems. It describes their approaches to diagnosis, treatment and healthcare. It also discusses the Ministry of AYUSH in India which was formed in 2014 to promote alternative medicine systems.
This document provides an overview of several alternative systems of medicine including Ayurveda, Homeopathy, Chinese medicine, Siddha, and Unani systems. It describes the fundamental principles, methods of diagnosis, and common treatments for each system. The key information presented includes descriptions of Ayurveda's use of herbs, minerals and massage therapies, Homeopathy's principle of "like cures like", Chinese medicine's view of balancing energies in the body, and Siddha and Unani medicine's focus on balancing different bodily humors or doshas.
Introduction and scope of anatomy and physiologyJaineel Dharod
This document provides an introduction to human anatomy and physiology. It defines anatomy as the study of body structures and physiology as the study of body functions. It describes the levels of structural organization from chemical to cellular to tissue to organ to system to organism. Key body systems include the digestive and circulatory systems. Basic life processes that distinguish living things from non-living things are also outlined, including metabolism, responsiveness, movement, growth, differentiation, and reproduction. Homeostasis and the body's feedback systems that maintain stable internal conditions are then discussed.
Cells come in different shapes and sizes to perform various roles. Cells combine to form tissues, tissues form organs, and organs group into 11 organ systems that work together. The organ systems include the digestive, respiratory, circulatory, skeletal, muscular, integumentary, nervous, urinary, reproductive, endocrine and lymphatic systems. Knowing how these systems function helps provide systematic patient care.
This study used a protein microarray displaying 23 variants of the Borrelia burgdorferi outer surface protein C (OspC) to analyze antibody binding patterns in sera from Lyme disease patients. The degree of cross-reactive antibody binding between all pairs of OspC variants was quantified. While global amino acid sequence identity was a poor predictor of cross-reactivity, residues 179-188 in the fifth C-terminal helix showed the strongest correlation with cross-reactive binding patterns. This region was identified as a major determinant of type-specific cross-reactive antibody responses to the polymorphic OspC antigen. Analyzing the relationship between sequence/structure variation and cross-reactivity among antigen variants can
This document summarizes a study that used protein microarrays to analyze antibody responses to Plasmodium falciparum (Pf) in residents of two sites in western Kenya with different malaria transmission levels. The study identified 107 Pf proteins that were targets of human antibody responses. Antibody acquisition for these antigens was compared between age groups and sites. Highly immunogenic antigens that elicited stable antibody responses from an early age as well as less immunogenic antigens requiring repeated exposure were identified. A combination of these antigens could potentially be used as serological markers to detect differences in malaria transmission levels between sites.
This study experimentally infected the white-footed mouse (Peromyscus leucopus), a natural reservoir for Lyme disease agent Borrelia burgdorferi, with six diverse strains of B. burgdorferi. All mouse groups became infected, though overall spirochete burdens were lower in mice infected with low-prevalence strains. Mice mounted similar antibody responses to conserved antigens regardless of infecting strain, but showed strain-specific responses to outer surface protein C (OspC), VlsE, and plasmid-encoded BBK07 and BBK12 proteins. Sequencing revealed diversity within some strain pairs for VlsE but near-identity within other pairs, which differed in Osp
Shradha Doshi is seeking an executive assistant position. She has over 10 years of experience in administrative, customer service, and business development roles. Her experience includes working as a collection executive, collection specialist, administrative executive, and executive assistant to the VP and senior coordinator of business development. She is proficient in managing correspondence, communications, meetings, travel arrangements, and providing support to executives. She holds a B.Com degree from The Bhawanipore Education Society College and a diploma in fashion design.
Mohammed Farouq Odeh is a civil engineer from Jordan seeking a suitable position. He has over 5 years of experience as a site engineer and vocational trainer in Saudi Arabia and Qatar. He has a bachelor's degree in civil engineering and is proficient in AutoCAD, STAAD Pro, and Microsoft Office. His career objective is to utilize his engineering skills and knowledge in practical applications to contribute to organizational goals and results.
We hear about how growth hacking is essential for startups to embrace and apply to acquire users. But there's nothing magical about it. Read on to learn how you can use some of the strategies employedby five companies in the early stages of their launch to grow user base
http://webpowerup.com/interesting-web-finds/growth-hacking-101-part-2/
Traditional medicine systems like Ayurveda, Unani, Siddha, and Homeopathy have been used for centuries. Each system has its own principles and approaches. Ayurveda is based on panchabhuta (five elements) and treats imbalances in doshas (vata, pitta, kapha). Unani considers the body made of four elements and four humors. Siddha views the body as composed of five elements - earth, water, fire, air, ether. Homeopathy treats based on the principle of "like cures like" using highly diluted substances. Diagnosis and treatment vary between systems but generally involve examining pulses, urine, symptoms to determine remedies like herbs,
This document provides an overview of various traditional Indian systems of medicine, including Ayurveda, Siddha, Unani, and Homeopathy. It describes the origins, basic principles, diagnosis methods, and treatment approaches of each system. Ayurveda is the oldest and is based on balancing the doshas (vata, pitta, kapha). Siddha originated in Tamil culture and also uses the concepts of triguna. Unani originated in Greece and is based on humoral pathology. Homeopathy was developed by Samuel Hahnemann and uses the principle of treating like with like. Each system makes use of herbal and mineral medicines alongside other therapies.
1. Biomedical instrumentation is used for monitoring, diagnosis, and therapy by taking measurements of variables in the human body. It involves the fields of engineering, biology, chemistry, and medicine.
2. Biomedical instrumentation is classified into clinical instrumentation for diagnosis and treatment of patients and research instrumentation used primarily to gain new medical knowledge.
3. Biomedical instruments measure various physiological parameters and are classified based on the system or organ they are associated with such as heart, brain, muscle, and lung instruments. Common medical measurements include blood pressure, ECG, EEG, temperature, and pH.
The document provides an introduction to biomedical instrumentation. It discusses the importance of biomedical instrumentation in understanding human physiology and developing diagnostic and therapeutic devices. It describes the major physiological systems of the human body and how biomedical instruments are classified and used to take clinical and research measurements. Common medical measurements include blood pressure, ECG, EEG, pH, and blood gases which are detected using techniques like electrodes, cuffs, and electromagnetic sensors.
The document discusses several alternative medicine systems practiced in India such as Ayurveda, Unani, Siddha, yoga and homeopathy. It provides background information on the origins and basic principles of these alternative medicine systems. It describes their approaches to diagnosis, treatment and healthcare. It also discusses the Ministry of AYUSH, the government body established to develop education and research in alternative medicine in India.
Alternative system of medicine ppt (1) (1)Jyotika Sharma
The document discusses several alternative medicine systems practiced in India such as Ayurveda, Unani, Siddha, yoga and homeopathy. It provides background information on the origins and basic principles of these alternative medicine systems. It describes their approaches to diagnosis, treatment and healthcare. It also discusses the Ministry of AYUSH in India which was formed in 2014 to promote alternative medicine systems.
The document discusses several alternative medicine systems practiced in India, including Ayurveda, Unani, Siddha, yoga, and homeopathy. It provides background information on the origins, principles, diagnostic techniques, and treatment approaches of each system. The key points covered are that Ayurveda and Unani originated in ancient India and Greece respectively, while Siddha has roots in Tamil culture. All involve holistic diagnoses and natural or herbal treatments tailored to each individual.
The document discusses several alternative medicine systems practiced in India, including Ayurveda, Unani, Siddha, yoga, and homeopathy. It provides background information on the origins, principles, diagnostic techniques, and treatment approaches of each system. The key points are that Ayurveda and Unani originated in ancient India and Greece respectively, while Siddha has roots in Dravidian culture. All involve holistic approaches considering mind, body, and spirit. Diagnosis examines pulses, urine, eyes etc. Treatment is individualized and includes herbs, diet, exercise and lifestyle changes.
The document discusses several alternative medicine systems practiced in India such as Ayurveda, Unani, Siddha, yoga and homeopathy. It provides background information on the origins and basic principles of these alternative medicine systems. It describes their approaches to diagnosis, treatment and healthcare. It also discusses the Ministry of AYUSH in India which was formed in 2014 to promote alternative medicine systems.
This document provides an overview of several alternative systems of medicine including Ayurveda, Homeopathy, Chinese medicine, Siddha, and Unani systems. It describes the fundamental principles, methods of diagnosis, and common treatments for each system. The key information presented includes descriptions of Ayurveda's use of herbs, minerals and massage therapies, Homeopathy's principle of "like cures like", Chinese medicine's view of balancing energies in the body, and Siddha and Unani medicine's focus on balancing different bodily humors or doshas.
Introduction and scope of anatomy and physiologyJaineel Dharod
This document provides an introduction to human anatomy and physiology. It defines anatomy as the study of body structures and physiology as the study of body functions. It describes the levels of structural organization from chemical to cellular to tissue to organ to system to organism. Key body systems include the digestive and circulatory systems. Basic life processes that distinguish living things from non-living things are also outlined, including metabolism, responsiveness, movement, growth, differentiation, and reproduction. Homeostasis and the body's feedback systems that maintain stable internal conditions are then discussed.
Cells come in different shapes and sizes to perform various roles. Cells combine to form tissues, tissues form organs, and organs group into 11 organ systems that work together. The organ systems include the digestive, respiratory, circulatory, skeletal, muscular, integumentary, nervous, urinary, reproductive, endocrine and lymphatic systems. Knowing how these systems function helps provide systematic patient care.
The document provides an overview of human anatomy and physiology. It defines anatomy as the study of the body's structure and physiology as the study of how the body functions. It describes the different levels of structural organization in the human body from the chemical to the organism level. It then provides an overview of the major organ systems, including their main functions and examples of organs within each system. The digestive system is discussed in more detail, outlining the organs and processes involved in breaking down food for energy and growth.
The document discusses the organization and structure of the human body. It explains that cells form tissues, tissues form organs, and organs work together in organ systems to maintain homeostasis. It lists the 11 major organ systems - integumentary, skeletal, muscular, cardiovascular, respiratory, nervous, digestive, urinary, lymphatic, reproductive, and endocrine - and briefly describes the basic function of each system. Working together, the organ systems help regulate body functions and keep the internal environment stable.
The holistic concept of drug administration in traditional system of medicineSujata Koundal
The document discusses various traditional systems of medicine including their key concepts and practices. It describes holistic medicine as treating the whole person rather than just illnesses. Traditional medicine incorporates plants, animals, minerals and spiritual therapies. Some major traditional systems discussed are Chinese/Kampo, Ayurveda, Unani, Siddha, and Homeopathy. Each system has its own theories of health like Yin/Yang or doshas (Ayurveda). Diagnosis methods include pulse readings, urine/stool exams. Herbal medicines and spiritual/manual techniques are employed depending on the system and aim to restore balance to treat diseases.
This document provides an introduction to human anatomy and physiology. It defines anatomy as the study of body parts and their relationships, including gross/macroscopic anatomy which looks at large body structures, as well as microscopic anatomy including cytology and histology. Physiology is defined as the study of body functions.
The document then discusses the different levels of structural organization in the human body from chemicals to cells to tissues to organs to organ systems. It provides an overview of the 11 major organ systems and their basic structures and functions. Finally, it introduces several basic life processes like nutrition, respiration, transportation, excretion, movement, and reproduction that are necessary to maintain life.
This document provides an overview of anatomy and physiology. It begins by defining anatomy as the study of structure and physiology as the study of function. It describes different methods of studying anatomy, including surface observation, dissection, palpation, auscultation, and percussion. It then discusses the hierarchy of biological complexity from molecules to cells to tissues to organs to organ systems. The document also defines and provides examples of organs, tissues, organelles, and molecules. It lists and describes the 11 major organ systems of the human body. Finally, it introduces some key anatomical concepts and terminology used to describe the human body.
The Siddha system of medicine is one of the oldest medical systems originating in South India. It is based on the principles of five elements, three humors, seven tissues and fourteen natural urges. Key aspects of Siddha medicine include balancing the three doshas of vata, pitta, and kapha. Diagnosis involves examining the tongue, eyes, stool, urine and pulse. Diet and sleep are also important aspects of treatment and maintaining health according to Siddha principles.
The document discusses theories of aging from modern science and methods for longevity from Buddhism, Taoism, and naturopathy. It outlines 10 methods from Buddhism, including cultivating the earth element through diet and the wood element through herbs and supplements. Specific dietary recommendations are provided to support health and longevity, such as avoiding excess grains and sugar and following a metabolic typing diet.
1. Hakim Muhammad Khalid Mehmood 1
SIMPLE ORGAN THEORY
(A Revolution in the medical science)
By: Hakim M Khalid Mehmood
Introduction:
Traditional way of treatment of disease has almost same history as the mankind came into beings.
The expertsin every society made a development in this field. Muslim Researchers(healers)like Avicenna,
Galen, Abulcasis and Khawrzami had done a lot of work in this discipline, whereas in sub-continent India
a number of vaids developed their discipline and in Far east Chinese medicine theory proved its importance
and still these mode of treatments has more practice and recognition in the society as compared to others.
In Eastmajority of people are being treatedby practitioners in Greek Tibb, Islamic Tibb, Ayurvedic
or Chinese Medicine Theory. All these mode of diagnostics and treatment has common points and aim to
provide guidance regarding food and lifestyle so that healthy people canstay healthy and people with health
challenges improve their health.
In 1950`s Hakim Dosat Muhammad Sabir Multani, a renowned medical Scholar proposed
the Simple Organ Theory and its uses in the treatment of disease. This theory has got a lot of recognition
and a growing number of practitioners are serving the people with health problems. Hakim Dosat
Muhammad Sabir Multani wrote 20 books and more than hundred papersto support and define his proposed
Simple Organ Theory.
Hakim Muhammad Sharif Dunyapuri was one of the first students of this theory and after the death
of Hakim Sabir Multani. He introduced and published The Simple Organ Theory all over the world. He
wrote 16 books on different aspects of medicine.
Simple Organ Theory is a scientific and systematic mode of treatment and is based on the facts.
The universe is composed of four elements like Air, Fire, Water and earth. He collaborate the
2. Hakim Muhammad Khalid Mehmood 2
elements with human anatomy, herbs and foods. He also made specific principles to advise the specific
food charts which help in enhancing the efficacy of herbs.
SIMPLE ORGAN THEORY:
As discussed earlier mostly all mode of treatment have common points and the aim of each and
every theory is to protect from disease, and if there is a disease then try to cure it and so to improve the
quality of life.
For these great cause researchers, Scholars and Scientists did a lot of work and still generation-by-
generation they are doing this great job to be done.
Simple organ theory was researched by a well-known Hakim, medical scientist of 1950’s Hakim
Dosat Muhammad Sabir Multani. He proposed this theory after a work of many years, which is based on
the basic elements of the universe (Air, Fire, Water and Earth) with collaborating them to the basic type of
tissues of the human body (Muscle, Epithelial, Nerve and connective Tissues). Simple organ theory gives
a unique idea about the underlying causes of any disease and its treatment.
Definition:
Universe is composed of four elements like air, fire, water and earth and as human body, which is
composed of four basic tissues like muscular tissue, epithelial tissue, nerves tissue and connective tissue.
The Muscular tissues, the epithelial tissues and the nerve tissues bind together with the help of the
connective tissues to make the compound body organs like stomach, intestine, heart, liver, eye and lungs
etc. According to Simple Organ Theory the root cause of any disease always lies in the basic tissue (life
organ). And the disease can be treated by balancing the body systems and supporting the sedated organ
with the help of specific food and herbs. The unique feature of this theory is its diagnostic authority. To
diagnose a patient the pulse is considered to be the most important feature along with urine and tongue
examination. Laboratory test are also considered in relation of the three basic body systems.
In this theory disease, herbs and food are divided into three groups in collaboration to the elements
3. Hakim Muhammad Khalid Mehmood 3
of the universe and humour of a body.
Universe:
The universe is composed of 4 elements;
Fire
Air
Water
Earth
Fire is hot in nature, air is dry, water is damp and earth is cold.
Human Anatomy:
Hakim DosatMuhammad Sabir multani also proposed analogy of the human body and the universe
as;
Embryology:
The human body is composed of three types of tissues
(a) Mesoderm tissues which build muscles and their centre is Heart.
(b) Endodermic tissues which build epithelial cells and their centre is Liver.
(c) Ectodermic tissues which build nerves and their centre is Brain.
The composition of these three types of basic tissues with the help of connective tissues makes the
other compound organs like lungs, stomach, kidney etc. All these compound organs can be classified in the
basic type of organs based on having proportionally more tissues of the particular type.
Muscular system:
Mesoderm tissues build muscular system that has two types of muscles, i.e.
Self controlled (involuntary) muscles, which are beyond the control of ourselves and we cannot control
4. Hakim Muhammad Khalid Mehmood 4
their movement for example heart, intestinal movements.
Body controlled (voluntary) muscles whose movement is under the control of body, for example
hands, feet, eyes.
Nervous system:
Ectodermic tissues grow and build nervous system, which have two types of neurons.
Sensory neurons which receive and transmit the messages to the brain immediately.
Motor neurons which transmit the orders from the brain to the muscles.
Glands: (Endocrine System)
Glands are of two types;
Glands which purify the blood and excrete the fluid from the body e.g., kidneys, testes, breast,
bladder.
Glands which absorb the fluids from organs and after chemical change store in the blood. e.g.
pancreas, spleen.
According to the Simple Organ Theory, disease lies into the basic cell and a person catchesa certain
disease when any of the basic body systems like Muscular system, Endocrine system or nervous system
starts malfunctioning due to any changes in the proportion of the humours, black bile (Souda), bile (Saffra),
phlegm (Balgham) found in the blood due to reasons like specific food, pathogenic factor or environment
etc.
Souda (Black bile) is dry in nature, saffra (Bile salt) is warm (hot) and balgham (Phlegm) is damp.
Souda or black bile is the fluid of muscular system and nourishes the body muscles. Saffra or yellow
Bile is the fluid of glands and nourish the endocrine system. Balgham or phlegm is the fluid of nervous
system and enhances the nervous activity.
The composition of these humours in the blood affects the body system.
According to Simple Organ Theory all the diseases are classified into three basic types in relation
5. Hakim Muhammad Khalid Mehmood 5
with the three-body system or the life organs.
1. Diseases of Muscular system (Muscular disease like ulcers, constipation, piles, TB etc.)
2. Diseases of Nervous system (Nerves diseases like epilepsy, diabetes, Diarrhoea).
3. Diseases of Endocrine system (Liver related diseases such as jaundice, dysentery).
And also all the herbs and foods are divided into three types, in relation with their temperaments, which
tonify the related body system.
The related classification is given in the table A,
SIMPLE ORGAN THEORY
Basic Principles
Elements Air Fire Water Earth
Temperament Dry Warm Damp Cold
Basic Tissue Mesoderm Endodermic Ectodermic Connective
Body System Muscular
System
Endocrine
System
Nervous System
Centre Heart Liver Brain
Sub-ordinate
Organs
Lungs, spleen
Stomach,
Kidney, U.B.,
Pancreas
Eye, Ear, Nose.
Humours Black Bile Phlegm
Store & Supply Spleen Gall Bladder Spinal Cord
Blood Analysis R.B.C. W.B.C Plasma
6. Hakim Muhammad Khalid Mehmood 6
Diagnostic observations
Colour Red/Black Pale/Yellow White/Blue
Taste Acidic Bitter, Salty Tasteless/sweet
Chemicals Acid Salt Alkali
Pulse* Up, Thin, Long,
Fast
Medium Dipped/down Small,
Slow, Thick
Urine
Analysis
Red/Black. Less
in No. & quantity,
May be blocked.
Pale/yellow More
in No. but less in
quantity
White, More in No.
& quantity
Emotions Happy, pleasure,
joy
Anger Grief, sad, Guilty
conscious.
Chemical Examination
Body
Physique
Slim Medium Bulky
Nails Cup Shaped Normal Spoon Shaped
Blood
Electrolyte
Calcium Sodium Potassium
Urine
Analysis
Blood Traces Albumin, Proteins Glucose
7. Hakim Muhammad Khalid Mehmood 7
Symptoms Piles, Peptic Ulcer,
Cancers,
Menorrhagia,
Constipation,
T.B. , Hiccup,
Gonorrhoea,
Jaundice, Kidney
Failure, Ascitus,
Hay fever,
Dysentery,
Micturation, Heart
Enlargement
Syphilis, Epilepsy,
Diabetes, Cholera,
Diarrhoea, Flu,
Leucorrhoea,
Chicken pox,
Smallpox, Asthma,
Herbs Clove,
gooseberry,
Cinnamon,
Nuxvomica,
Jalapa, Musk
Turmeric, Ginger,
Myth, Senna,
Croton seed, Mint,
Black Pepper,
Black seed,
Saffron
Cardamom, Cumin,
Liquorice, Sandal,
Coriander, isabgol,
Rose petals,
Metals Iron, Copper Sulphur, Silver
Foods Peanut, spinach
Cabbage, Egg,
Brinjal, Corn,
Tomato, Apple,
Beef, Peach, Pear,
, Lentil, Peanut,
Lemon, Bitter
gourd, Red
pepper, Chick
peas, Jambulan
Ginger, Garlic,
Onion, Mint,
Dates, Apricot,
Walnut, Papaya,
Guava, Pistachio,
Mutton, Salt,
Mustard, Split
green lentils,
Mango
Pumpkin, Okra,
Luffa, Cucumber,
Coriander, Carrot,
Turnip, Almond,
Banana, Sugar cane,
Plain Rice, Pearl
barley, Water
melon, Hazel nut
*According to “Simple Organ Theory” Pulse Examination is based upon the following 6 observation
8. Hakim Muhammad Khalid Mehmood 8
1. Depth 2. Length 3. Volume 4. Speed 5. Pressure
6. Tension
Treatment Principle:
According to the Simple Organ Theory disease is considered in hyperactive life organ (System).
When due to changes in the proportion of humours (Doshas) in the blood, the raised humour over activate
its related life organ and due to these changes the body system causes the changes in the state of other 2
body systems, one of them goes to hypoactive state while the 2nd sedates.
According to Simple Organ Theory the supportive combination of foods and herbs for the sedated
system are recommended to make the system balance and remedy of the relative symptoms.
If muscular system is hyperactive which is actually due to excessive amount of black bile in the blood,
according to Simple Organ Theory, the endocrine system is sedatedand nervous system is in lethargic state.
The specific combination of herbs and food is advised which produce more bile and so enhances the
endocrine system and the symptoms vanish.
If endocrine system is hyperactive which is actually due to excessive amount of bile salts, according
to Simple Organ Theory, the Nervous system is sedated and muscular system is in lethargic state. The
specific combination of herbs and food is advised which produce more phlegm and so tonify the endocrine
system to cure the disease.
If nervous system is hyperactive because of excessive amount of phlegm in the blood, according to
Simple Organ Theory, the muscular system is sedated and endocrine system is in lethargic state. Those
herbs and food is advised which produces more phlegm that tonify the muscular system and ultimately the
symptoms cured.
It can easily be understood by the following:
9. Hakim Muhammad Khalid Mehmood 9
Discussion:
In this system of treatment diet is considered the most important factor in treating disease along with
herbs and environment.
From the previous observations it is obvious that when herbswere taken without specific food chart
the rate of recovery was very slow in chronic problems. While in acute symptoms because there is very
short time to treat them otherwise it would be fatal, so the medicine has a prominent role in treating the
acute problems but in the meantime food must be taken with cautions. e.g.,in cholera if patient takes damp
type of food such as milk, it will be lethal to him.
Conclusion:
From the very beginning human beings are struggling to treat the symptoms for the improvement of
quality of life. For this cause each and every civilization, religion and generation did a lot of work and this
is ongoing process.Newideas asSimple OrganTheory are being developed and must be transferredto each
Nervous system
Muscular systemEndocrine system
Treatment cycle
10. Hakim Muhammad Khalid Mehmood 10
other and discussed open minded by the experts of each medical discipline for the betterment of the
humanity.