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The MAXCOM GHS Introductory Courseware Bundle features three courses from the MAXCOM GHS Training Library: GHS Hazard Classes, Understanding the Risk of Hazardous Chemicals, and Hazard Communication Standard...
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The MAXCOM GHS Introductory Courseware Bundle features three courses from the MAXCOM GHS Training Library: GHS Hazard Classes, Understanding the Risk of Hazardous Chemicals, and Hazard Communication Standard 2012.
The MAXCOM GHS Introductory Courseware Bundle features three courses from the MAXCOM GHS Training Library: GHS Hazard Classes, Understanding the Risk of Hazardous Chemicals, and Hazard Communication Standard 2012.
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Produced by: Maxcom
19 courses designed to meet OSHA's required hazardous materials training requirements.
19 courses designed to meet OSHA's required hazardous materials training requirements.
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Produced by: Maxcom
Self-reactive substances can undergo auto-polymerization. For example: they can react with themselves under suitable conditions. Usually exposure to heat causes runaway self-reaction that can result in an...
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Self-reactive substances can undergo auto-polymerization. For example: they can react with themselves under suitable conditions. Usually exposure to heat causes runaway self-reaction that can result in an explosion. Self-heating substances usually absorb oxygen from the air and undergo slow oxidation. The heat produced from this slow oxidation can cause a decomposition and fire or explosion. This training module provides information about the hazards associated with self-reactive substances; procedures for handling an incident and the protective measures that should be followed when using or storing these substances. Information is also provided on protecting self-heating substances from sunlight and other heat sources and precautions to follow when handling the disposal of self-heating substances. Information about substances which on contact with water emit flammable gases or cause an exothermic reaction hazard are also included.
Self-reactive substances can undergo auto-polymerization. For example: they can react with themselves under suitable conditions. Usually exposure to heat causes runaway self-reaction that can result in an explosion. Self-heating substances usually absorb oxygen from the air and undergo slow oxidation. The heat produced from this slow oxidation can cause a decomposition and fire or explosion. This training module provides information about the hazards associated with self-reactive substances; procedures for handling an incident and the protective measures that should be followed when using or storing these substances. Information is also provided on protecting self-heating substances from sunlight and other heat sources and precautions to follow when handling the disposal of self-heating substances. Information about substances which on contact with water emit flammable gases or cause an exothermic reaction hazard are also included.
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Produced by: Maxcom
Gases can be converted to liquid at low temperatures and high pressure. Gases in pressurized cylinders are in the form of liquid and if allowed to escape can expand into gases 200 times their volume. If...
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Gases can be converted to liquid at low temperatures and high pressure. Gases in pressurized cylinders are in the form of liquid and if allowed to escape can expand into gases 200 times their volume. If subjected to heat, gas cylinders can explode. Also, cryogenic liquids are extremely cold and cause instant freezing of body parts on exposure. This training session defines gases under pressure categorized as: (a) compressed, (b) liquefied, (c) dissolved and (d) refrigerated liquefied gases. The module includes information about the dangers of explosion, cryogenic burns, frost, asphyxiation along and the specialized Personal Protective Equipment (PPE) to use when handling gases under pressure. First aid procedures for substances that cause cryogenic exposure of skin are also covered.
Gases can be converted to liquid at low temperatures and high pressure. Gases in pressurized cylinders are in the form of liquid and if allowed to escape can expand into gases 200 times their volume. If subjected to heat, gas cylinders can explode. Also, cryogenic liquids are extremely cold and cause instant freezing of body parts on exposure. This training session defines gases under pressure categorized as: (a) compressed, (b) liquefied, (c) dissolved and (d) refrigerated liquefied gases. The module includes information about the dangers of explosion, cryogenic burns, frost, asphyxiation along and the specialized Personal Protective Equipment (PPE) to use when handling gases under pressure. First aid procedures for substances that cause cryogenic exposure of skin are also covered.
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Produced by: Maxcom
Designation of corrosive to metals was created to advise users that some chemicals can react with metal containers and present a storage and transportation hazard. Most corrosive to metal chemicals are also...
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Designation of corrosive to metals was created to advise users that some chemicals can react with metal containers and present a storage and transportation hazard. Most corrosive to metal chemicals are also corrosive to the skin and eyes and will cause serious injury on exposure. Substances that are defined as corrosive to metals are discussed during this training session and steps to take to protect the skin from corrosive products during an incident response involving a spill or fire. First aid procedures for: (a) ingestion, (b) skin contact, (c) eye exposure and (d) inhalation of vapor are also discussed during this session.
Designation of corrosive to metals was created to advise users that some chemicals can react with metal containers and present a storage and transportation hazard. Most corrosive to metal chemicals are also corrosive to the skin and eyes and will cause serious injury on exposure. Substances that are defined as corrosive to metals are discussed during this training session and steps to take to protect the skin from corrosive products during an incident response involving a spill or fire. First aid procedures for: (a) ingestion, (b) skin contact, (c) eye exposure and (d) inhalation of vapor are also discussed during this session.
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Produced by: Maxcom
Chemicals corrosive to skin includes most of the strong acids, bases and some other substances. Most corrosives can cause irreversible tissue damage on exposure, therefore require special Personal Protective...
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Chemicals corrosive to skin includes most of the strong acids, bases and some other substances. Most corrosives can cause irreversible tissue damage on exposure, therefore require special Personal Protective Equipment (PPE). The skin corrosive training module focuses on the PPE requirements for handling corrosives and the first aid procedures for skin or eye contact, inhalation of vapor or ingestion. Included are procedures for handling of skin corrosives that are also: (a) toxic, (b) flammable, (c) water-reactive or (d) oxidizers.
Chemicals corrosive to skin includes most of the strong acids, bases and some other substances. Most corrosives can cause irreversible tissue damage on exposure, therefore require special Personal Protective Equipment (PPE). The skin corrosive training module focuses on the PPE requirements for handling corrosives and the first aid procedures for skin or eye contact, inhalation of vapor or ingestion. Included are procedures for handling of skin corrosives that are also: (a) toxic, (b) flammable, (c) water-reactive or (d) oxidizers.
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Produced by: Maxcom
Pharmaceutical drugs in tablet or capsule form are safe for employees; however, drugs that need to be reconstituted often get aerosolized during preparation or administration to the patient and expose the...
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Pharmaceutical drugs in tablet or capsule form are safe for employees; however, drugs that need to be reconstituted often get aerosolized during preparation or administration to the patient and expose the employees. Cytotoxic drugs used for the treatment of cancer are often extremely toxic and cause cancer themselves. Similarly hazardous drugs such as new anti-viral drugs are extremely toxic. Both cytotoxic and hazardous drugs require following a very strict standard of procedure for handling and use of special Personal Protective Equipment (PPE). This training session provides information about the hazards associated with pharmaceutical drugs during preparation and administration to patients and the protective measures that should be taken to prevent these exposures from adversely affecting their health.
Pharmaceutical drugs in tablet or capsule form are safe for employees; however, drugs that need to be reconstituted often get aerosolized during preparation or administration to the patient and expose the employees. Cytotoxic drugs used for the treatment of cancer are often extremely toxic and cause cancer themselves. Similarly hazardous drugs such as new anti-viral drugs are extremely toxic. Both cytotoxic and hazardous drugs require following a very strict standard of procedure for handling and use of special Personal Protective Equipment (PPE). This training session provides information about the hazards associated with pharmaceutical drugs during preparation and administration to patients and the protective measures that should be taken to prevent these exposures from adversely affecting their health.
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Produced by: Maxcom
Radioactive substances emit radiation and cause mutation and cancer to exposed employees. Most radioactive substances used in hospitals are low level radiation producing isotopes and are therefore only...
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Radioactive substances emit radiation and cause mutation and cancer to exposed employees. Most radioactive substances used in hospitals are low level radiation producing isotopes and are therefore only moderately hazardous. Nevertheless, radioisotopes can have very long half-lives and require proper handling during use, storage and disposal. The dangers associated with radioactive isotopes used in healthcare facilities are identified during this training session. Also included are the procedures to follow when treating an individual contaminated with a radioactive substance. This program identifies the role played by the Radiation Authority regarding spill control and decontamination procedures.
Radioactive substances emit radiation and cause mutation and cancer to exposed employees. Most radioactive substances used in hospitals are low level radiation producing isotopes and are therefore only moderately hazardous. Nevertheless, radioisotopes can have very long half-lives and require proper handling during use, storage and disposal. The dangers associated with radioactive isotopes used in healthcare facilities are identified during this training session. Also included are the procedures to follow when treating an individual contaminated with a radioactive substance. This program identifies the role played by the Radiation Authority regarding spill control and decontamination procedures.
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Produced by: Maxcom
Biohazardous substances are capable of causing infection or disease on exposure. Most of these substances are obtained either from human or animal fluids or body parts or contain micro-organisms in...
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Biohazardous substances are capable of causing infection or disease on exposure. Most of these substances are obtained either from human or animal fluids or body parts or contain micro-organisms in substances like vaccines. Many biohazardous substances are also present in diagnostic lab products. Although products are tested for HIV and other blood-borne micro-organisms, no test is 100% accurate and therefore all biohazardous substances must be handled and disposed of carefully. This session defines the types of bio-hazardous substances that healthcare employees are commonly exposed to during routine work. Important information about the proper handling of containers is outlined as well as the first aid procedures to follow when handling a person contaminated with a bio-hazardous substance.
Biohazardous substances are capable of causing infection or disease on exposure. Most of these substances are obtained either from human or animal fluids or body parts or contain micro-organisms in substances like vaccines. Many biohazardous substances are also present in diagnostic lab products. Although products are tested for HIV and other blood-borne micro-organisms, no test is 100% accurate and therefore all biohazardous substances must be handled and disposed of carefully. This session defines the types of bio-hazardous substances that healthcare employees are commonly exposed to during routine work. Important information about the proper handling of containers is outlined as well as the first aid procedures to follow when handling a person contaminated with a bio-hazardous substance.
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Produced by: Maxcom
Chemicals or products not expected to cause serious physical, chemical or health hazards are included in this category. Many of the products contain hazardous substances that are supposed to remain inside...
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Chemicals or products not expected to cause serious physical, chemical or health hazards are included in this category. Many of the products contain hazardous substances that are supposed to remain inside the container and not expose the employee. Some products such as alloys are also included in this category, because they are safe and produce toxic and corrosive fumes during the welding process only. Many products contain chemicals and hazardous substances that are identified as general use chemicals and articles, such as batteries and printer cartridges. This module provides information about the safe use and handling of these products and what to do in the event of a fire, spill or injury.
Chemicals or products not expected to cause serious physical, chemical or health hazards are included in this category. Many of the products contain hazardous substances that are supposed to remain inside the container and not expose the employee. Some products such as alloys are also included in this category, because they are safe and produce toxic and corrosive fumes during the welding process only. Many products contain chemicals and hazardous substances that are identified as general use chemicals and articles, such as batteries and printer cartridges. This module provides information about the safe use and handling of these products and what to do in the event of a fire, spill or injury.
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Produced by: Maxcom
Flammable gases and aerosols are extremely dangerous and a single spark can cause massive fire and explosion. Aerosols have flammable propellants under pressure and increase in temperature can cause...
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Flammable gases and aerosols are extremely dangerous and a single spark can cause massive fire and explosion. Aerosols have flammable propellants under pressure and increase in temperature can cause containers to explode. This module focuses on the hazards associated with chemicals and products that are defined by the GHS as flammable gases and aerosols. Important information regarding the dangers of explosion and the safe handling of containers of flammable gases/aerosols are also discussed during this training session. Module 3 informs workers of the routes of exposure and the target organs that may be affected by exposure to flammable gases and aerosols. Specialized Personal Protective Equipment (PPE) and procedures for handling incidents involving flammable gases/aerosols are also featured.
Flammable gases and aerosols are extremely dangerous and a single spark can cause massive fire and explosion. Aerosols have flammable propellants under pressure and increase in temperature can cause containers to explode. This module focuses on the hazards associated with chemicals and products that are defined by the GHS as flammable gases and aerosols. Important information regarding the dangers of explosion and the safe handling of containers of flammable gases/aerosols are also discussed during this training session. Module 3 informs workers of the routes of exposure and the target organs that may be affected by exposure to flammable gases and aerosols. Specialized Personal Protective Equipment (PPE) and procedures for handling incidents involving flammable gases/aerosols are also featured.
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Produced by: Maxcom
Flammable liquids produce vapor that can easily ignite. The degree of hazard depends on the amount of vapor produced at a given temperature. Some liquids are extremely flammable and can produce enough...
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Flammable liquids produce vapor that can easily ignite. The degree of hazard depends on the amount of vapor produced at a given temperature. Some liquids are extremely flammable and can produce enough vapors to be ignited by heat from a light bulb; whereas other liquids require application of heat to catch fire. Module 4 focuses on the hazards associated with chemicals and products that are defined by the GHS as flammable liquids. This session trains employees in handling a spill or leak with or without the involvement of a fire. This module also provides basic first aid measures to be taken in the event of an exposure involving skin contact. This training session also provides information on handling a flammable liquid that is also: (a) toxic, (b) toxic and corrosive, (c) corrosive and water-reactive and (d) self-heating.
Flammable liquids produce vapor that can easily ignite. The degree of hazard depends on the amount of vapor produced at a given temperature. Some liquids are extremely flammable and can produce enough vapors to be ignited by heat from a light bulb; whereas other liquids require application of heat to catch fire. Module 4 focuses on the hazards associated with chemicals and products that are defined by the GHS as flammable liquids. This session trains employees in handling a spill or leak with or without the involvement of a fire. This module also provides basic first aid measures to be taken in the event of an exposure involving skin contact. This training session also provides information on handling a flammable liquid that is also: (a) toxic, (b) toxic and corrosive, (c) corrosive and water-reactive and (d) self-heating.
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Produced by: Maxcom
Flammable solids rarely catch fire on their own. Mostly it is vapor produced by a flammable solid that is ignited by a source of heat. Solids that produce a lot of vapor are easily ignited. Also, solids...
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Flammable solids rarely catch fire on their own. Mostly it is vapor produced by a flammable solid that is ignited by a source of heat. Solids that produce a lot of vapor are easily ignited. Also, solids that are in a fine particulate form undergo dust explosion. The hazards associated with chemicals defined by OSHA/GHS as flammable solids are discussed in module 5. During this training session users are instructed how to handle an incident involving a flammable solid that is spilled or is on fire. In addition, information is included about the target organ effects of exposure to these types of chemicals and the first aid measures to be taken. Information is provided for flammable solids that are also: (a) toxic, (b) water-reactive and (c) self-heating.
Flammable solids rarely catch fire on their own. Mostly it is vapor produced by a flammable solid that is ignited by a source of heat. Solids that produce a lot of vapor are easily ignited. Also, solids that are in a fine particulate form undergo dust explosion. The hazards associated with chemicals defined by OSHA/GHS as flammable solids are discussed in module 5. During this training session users are instructed how to handle an incident involving a flammable solid that is spilled or is on fire. In addition, information is included about the target organ effects of exposure to these types of chemicals and the first aid measures to be taken. Information is provided for flammable solids that are also: (a) toxic, (b) water-reactive and (c) self-heating.
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Produced by: Maxcom
Oxidizers are substances that can cause fire or promote fire by usually producing oxygen gas, though other decomposition products can often do the same. Oxidizers are extremely dangerous and can ignite...
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Oxidizers are substances that can cause fire or promote fire by usually producing oxygen gas, though other decomposition products can often do the same. Oxidizers are extremely dangerous and can ignite combustible materials such as rags, paper towels and hydrocarbon fuels. Strong oxidizers are so unstable and reactive that they are often used as components of explosives. In addition, oxidizing gases are often shipped in pressurized containers and can explode if heated.
Oxidizers are substances that can cause fire or promote fire by usually producing oxygen gas, though other decomposition products can often do the same. Oxidizers are extremely dangerous and can ignite combustible materials such as rags, paper towels and hydrocarbon fuels. Strong oxidizers are so unstable and reactive that they are often used as components of explosives. In addition, oxidizing gases are often shipped in pressurized containers and can explode if heated.
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Produced by: Maxcom
Pyrophoric liquids and solids are substances that can self-ignite if exposed to air. These are extremely dangerous chemicals and must be stored under inert gases. Most of the pyrophoric liquids and solids...
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Pyrophoric liquids and solids are substances that can self-ignite if exposed to air. These are extremely dangerous chemicals and must be stored under inert gases. Most of the pyrophoric liquids and solids are also extremely water reactive and can produce flammable hydrogen gas on exposure to moisture in the air or water. Substances that are defined as pyrophoric liquids and solids are extremely hazardous when they come in contact with air, hot surfaces or other ignition sources. This training module provides information regarding how to recognize these hazardous conditions and how to protect by using proper Personal Protective Equipment (PPE) while working with pyrophoric substances. Instructions regarding the handling of an incident involving a pyrophoric liquid or solid on fire are included along with the proper handling of a pyrophoric liquid or solid that is water-reactive.
Pyrophoric liquids and solids are substances that can self-ignite if exposed to air. These are extremely dangerous chemicals and must be stored under inert gases. Most of the pyrophoric liquids and solids are also extremely water reactive and can produce flammable hydrogen gas on exposure to moisture in the air or water. Substances that are defined as pyrophoric liquids and solids are extremely hazardous when they come in contact with air, hot surfaces or other ignition sources. This training module provides information regarding how to recognize these hazardous conditions and how to protect by using proper Personal Protective Equipment (PPE) while working with pyrophoric substances. Instructions regarding the handling of an incident involving a pyrophoric liquid or solid on fire are included along with the proper handling of a pyrophoric liquid or solid that is water-reactive.
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Produced by: Maxcom
Explosives are extremely unstable chemicals or mixtures that can undergo decomposition if subjected to heat, friction or contamination. Handling explosives requires special Personal Protective Equipment...
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Explosives are extremely unstable chemicals or mixtures that can undergo decomposition if subjected to heat, friction or contamination. Handling explosives requires special Personal Protective Equipment (PPE) and training. This training module provides details on different categories of explosives. The characteristics of explosives including blast, mass explosion and projection hazards are outlined during this training session. Specialized PPE needed for handling explosives and how to respond to an incident with an explosive that is involved in a spill or fire are also included.
Explosives are extremely unstable chemicals or mixtures that can undergo decomposition if subjected to heat, friction or contamination. Handling explosives requires special Personal Protective Equipment (PPE) and training. This training module provides details on different categories of explosives. The characteristics of explosives including blast, mass explosion and projection hazards are outlined during this training session. Specialized PPE needed for handling explosives and how to respond to an incident with an explosive that is involved in a spill or fire are also included.
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Produced by: Maxcom
To provide information about performing a heel puncture in a newborn, including procedure, supplies, and potential follow-up. Information for parent education is included.
To provide information about performing a heel puncture in a newborn, including procedure, supplies, and potential follow-up. Information for parent education is included.
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Produced by: EBSCO Health
To provide information about performing venipuncture in a newborn or infant, including patient assessment and preparation, necessary supplies, and steps involved in blood sampling. Information for...
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To provide information about performing venipuncture in a newborn or infant, including patient assessment and preparation, necessary supplies, and steps involved in blood sampling. Information for parent/family education is included.
To provide information about performing venipuncture in a newborn or infant, including patient assessment and preparation, necessary supplies, and steps involved in blood sampling. Information for parent/family education is included.
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Produced by: EBSCO Health
To provide information about blood sampling via phlebotomy, including proper site selection, steps involved in blood draw, and measures taken to achieve accurate laboratory results and reduce the patient’s...
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To provide information about blood sampling via phlebotomy, including proper site selection, steps involved in blood draw, and measures taken to achieve accurate laboratory results and reduce the patient’s risk for complications. Information for patient and/or family education is included.
To provide information about blood sampling via phlebotomy, including proper site selection, steps involved in blood draw, and measures taken to achieve accurate laboratory results and reduce the patient’s risk for complications. Information for patient and/or family education is included.
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Produced by: EBSCO Health
This program covers the morphology, biology and growth and development of the skeleton and bone tissue. Lectures are designed to enhance knowledge of disorders of the skeletal system with emphasis on the...
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This program covers the morphology, biology and growth and development of the skeleton and bone tissue. Lectures are designed to enhance knowledge of disorders of the skeletal system with emphasis on the broad spectrum of benign and malignant neoplasms and select metabolic bone and joint diseases. Information regarding current diagnostic modalities and molecular aberrations complement each discussion and every topic is richly illustrated by an exceptional collection of radiographic and pathological images. The program is ideal for practicing and training pathologists, radiologists and orthopedic surgeons. It will help you to better: Understand the morphology and cellular biology of osteoblasts and osteoclasts. Appreciate how the skeleton is created, develops, grows and remodels throughout life. Recognize and correctly diagnose benign and malignant bone tumors. Formulate appropriate differential diagnoses. Use ancillary studies appropriately. Have familiarity with the pathologic manifestations of metabolic bone disease and joint disorders.
This program covers the morphology, biology and growth and development of the skeleton and bone tissue. Lectures are designed to enhance knowledge of disorders of the skeletal system with emphasis on the broad spectrum of benign and malignant neoplasms and select metabolic bone and joint diseases. Information regarding current diagnostic modalities and molecular aberrations complement each discussion and every topic is richly illustrated by an exceptional collection of radiographic and pathological images. The program is ideal for practicing and training pathologists, radiologists and orthopedic surgeons. It will help you to better: Understand the morphology and cellular biology of osteoblasts and osteoclasts. Appreciate how the skeleton is created, develops, grows and remodels throughout life. Recognize and correctly diagnose benign and malignant bone tumors. Formulate appropriate differential diagnoses. Use ancillary studies appropriately. Have familiarity with the pathologic manifestations of metabolic bone disease and joint disorders.
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Produced by: Ebix Oakstone
Breast Pathology - Masters of Pathology Series focuses on best practices and current concepts in breast pathology and is designed to vastly improve physician skill sets in the practice of 21st century breast...
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Breast Pathology - Masters of Pathology Series focuses on best practices and current concepts in breast pathology and is designed to vastly improve physician skill sets in the practice of 21st century breast pathology. The program focuses on lab quality issues, accurate diagnosis of lesions, stromal and fibroepithelial breast tumors and proper biomarker interpretation of breast carcinomas. Led by a renowned breast pathologist, David J. Dabbs, MD, it will significantly enhance your diagnostic skills and help to improve patient outcomes via a concise presentation of 15 state-of-the-art lectures.
Breast Pathology - Masters of Pathology Series focuses on best practices and current concepts in breast pathology and is designed to vastly improve physician skill sets in the practice of 21st century breast pathology. The program focuses on lab quality issues, accurate diagnosis of lesions, stromal and fibroepithelial breast tumors and proper biomarker interpretation of breast carcinomas. Led by a renowned breast pathologist, David J. Dabbs, MD, it will significantly enhance your diagnostic skills and help to improve patient outcomes via a concise presentation of 15 state-of-the-art lectures.
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Produced by: Ebix Oakstone
credit and stay on top of the latest guidelines. The program is designed to advance the practice and standards of transfusion medicine and cellular therapies. It is the ideal home study course for training...
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credit and stay on top of the latest guidelines. The program is designed to advance the practice and standards of transfusion medicine and cellular therapies. It is the ideal home study course for training and practicing pathologists and cytopathologists looking to expand their knowledge of transfusion medicine, optimize patient/donor care and safety, and learn the proper protocols for Patient Blood Management.
credit and stay on top of the latest guidelines. The program is designed to advance the practice and standards of transfusion medicine and cellular therapies. It is the ideal home study course for training and practicing pathologists and cytopathologists looking to expand their knowledge of transfusion medicine, optimize patient/donor care and safety, and learn the proper protocols for Patient Blood Management.
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Produced by: Ebix Oakstone
Gastrointestinal Pathology - Master of Pathology Series focuses on major changes in the practice of gastrointestinal pathology stemming from the progressive incorporation of immunohistochemical and molecular...
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Gastrointestinal Pathology - Master of Pathology Series focuses on major changes in the practice of gastrointestinal pathology stemming from the progressive incorporation of immunohistochemical and molecular genetics techniques into the realm of surgical pathology. Led by a renowned Johns Hopkins pathologist, the program will significantly enhance your diagnostic skills in all areas of gastrointestinal pathology. The course is divided into neoplastic and nonneoplastic pathology of the tubular intestinal tract with major emphasis on interpreting biopsies. Fifteen state-of-the-art lectures will advance your knowledge in this rapidly evolving subspecialty.
Gastrointestinal Pathology - Master of Pathology Series focuses on major changes in the practice of gastrointestinal pathology stemming from the progressive incorporation of immunohistochemical and molecular genetics techniques into the realm of surgical pathology. Led by a renowned Johns Hopkins pathologist, the program will significantly enhance your diagnostic skills in all areas of gastrointestinal pathology. The course is divided into neoplastic and nonneoplastic pathology of the tubular intestinal tract with major emphasis on interpreting biopsies. Fifteen state-of-the-art lectures will advance your knowledge in this rapidly evolving subspecialty.
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Produced by: Ebix Oakstone
The Management and Administration of Laboratories program features 15 audio presentations and study materials covering all aspects of implementing and sustaining high quality lab operations. It is a...
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The Management and Administration of Laboratories program features 15 audio presentations and study materials covering all aspects of implementing and sustaining high quality lab operations. It is a convenient way to earn CME credit and stay on top of a field that requires strict regulatory compliance and adherence to ever-changing best practices. Ideal for home study, the course is intended for both training and practicing Laboratory Directors and senior level clinical laboratory scientists. Lectures are presented by Program Director, Valerie L. Ng, who is an acclaimed doctor, pathologist and lab director with the University of California, San Francisco and the Alameda County Medical Center.
The Management and Administration of Laboratories program features 15 audio presentations and study materials covering all aspects of implementing and sustaining high quality lab operations. It is a convenient way to earn CME credit and stay on top of a field that requires strict regulatory compliance and adherence to ever-changing best practices. Ideal for home study, the course is intended for both training and practicing Laboratory Directors and senior level clinical laboratory scientists. Lectures are presented by Program Director, Valerie L. Ng, who is an acclaimed doctor, pathologist and lab director with the University of California, San Francisco and the Alameda County Medical Center.
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Produced by: Ebix Oakstone
This training program defines the different degrees of risk associated with different GHS hazard classes. For example: GHS categorizes flammable liquids into four categories based on the likelihood of an...
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This training program defines the different degrees of risk associated with different GHS hazard classes. For example: GHS categorizes flammable liquids into four categories based on the likelihood of an ignition; similarly toxicity is classified into five levels of severity.
This training program defines the different degrees of risk associated with different GHS hazard classes. For example: GHS categorizes flammable liquids into four categories based on the likelihood of an ignition; similarly toxicity is classified into five levels of severity.
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Produced by: Maxcom