This document discusses health management information systems (HMIS). It outlines the objectives of HMIS as providing reliable health information to health officers and administrators, informing health policies, and increasing efficiency and quality of health management. It describes the characteristics, domains, sources, subsystems, challenges, and benefits of HMIS. Nursing management information systems are discussed as a subsystem that can help with workload measurement, staff scheduling, personnel management, and fiscal resource management. The advantages of nursing information systems are also summarized as helping with evaluation, research, documentation, and developing the nursing process.
The document provides an outline for a presentation on medical records. It begins with a brief history of medical records from their origins in old medicine to their modern computerized forms. It then defines medical records and describes their uses. The structure and units of a medical record department are explained, including complications that can arise. Different systems for organizing medical records like the AL DEPERGH and LORANS WED designs are summarized. Finally, the responsibilities of a medical record manager are listed in 3 bullet points.
The document discusses risks in healthcare organizations from an internal audit perspective. It provides a list of audit areas where applications are present in healthcare providers to assess IT risks. These include accounts payable, admissions/discharges, ancillaries, billing and more. It also identifies general control areas to examine, such as change controls, backup/recovery processes, compliance initiatives and disaster recovery planning. Finally, it notes some common high-risk IT security areas like web applications, connected medical devices, wireless networks and application interfaces.
This document discusses medical data and its importance. It defines key terms like data, information and knowledge. It explains how medical data is collected and used by various stakeholders in healthcare. It also outlines the peculiarities of medical data and challenges with traditional record keeping. Finally, it discusses important data sources, users, and agencies involved in medical data in India.
Health Information Technology & Nursing InformaticsJil Wright
This document discusses health information technology and nursing informatics. It begins with an introduction by Jil Wright who identifies herself as a nursing informatics "geek". The document then provides resources for more information on health IT and nursing informatics. It discusses how nursing informatics integrates nursing science, computer science, and information science to support patients, nurses, and healthcare providers. Examples of clinical information systems and technologies that can help transform nursing practice are also provided, such as electronic medical records, wireless systems, and RFID technologies. Meaningful use requirements and examples of how health IT can improve documentation and the nursing process are summarized as well.
Clinical Information Systems, Hospital Information Systems & Electronic Healt...Nawanan Theera-Ampornpunt
This document discusses clinical information systems (CIS), hospital information systems (HIS), and electronic health records (EHRs). It defines these terms and explains how they are used in hospitals to support various clinical and administrative functions. Key points include: CIS/HIS are used to manage patient data across departments; they integrate applications like electronic health records, laboratory information systems, pharmacy systems and more. EHRs allow longitudinal documentation of a patient's medical history and care. The use of these systems provides benefits like ubiquitous access to records, clinical decision support, and improved quality of care through functions like computerized physician order entry.
This document discusses health information systems (HIS). It defines HIS as a system designed to manage healthcare data, including collecting, storing, managing, and transmitting patient electronic medical records. It notes HIS automates clinical, administrative, and inventory functions in healthcare organizations. The document outlines various HIS modules like RIS, LIS, MMS, and EMR/EHR. It discusses the need for HIS in areas like patient registration, scheduling, billing, and more. Finally, it discusses some best practices for HIS like prioritizing security, training employees, and focusing on patient convenience.
The document provides an overview of nursing informatics, including its history from the 1950s to present day, core competencies, education and certification requirements, roles and skills, average salaries, and future outlook. Nursing informatics integrates nursing, computer science, and information science to support data-driven decision making in healthcare. Key areas it can benefit include use of clinical data, patient record management, implementation of standards, and security/privacy of patient information.
This document discusses nursing informatics, which integrates nursing science with information management and analytical sciences. It is the science of processing and managing nursing data, information, and knowledge to support various areas of nursing. The field has grown with the increasing use of technology in healthcare, such as the transition to electronic health records. The document outlines the history of computing in nursing and covers topics like clinical information systems and the nursing informatics model.
Patients Medical Records - Paper Based vs Electronic Medical Records (EMR)SoftClinic Software
How do you manage & store your patient's medical records? In this Slideshare, you can understand, what is the best way for patients' records management: Paper Based or Electronic Medical Records (EMR).
Medical audit is a systematic evaluation of medical care to improve patient outcomes. It involves reviewing medical records against criteria to identify areas for improvement. The key aspects that can be audited include structure, processes, and outcomes of care. Medical audit aims to ensure best possible care, evidence-based practice, and implementation of initiatives. It benefits patients through reduced suffering and ensures safety. Hospitals should establish medical audit committees and collect data to facilitate the audit process. Audits help practitioners identify weaknesses and make corrections to enhance quality of care.
Management information system in health careNewNurseMaria
A health management information system is a computerized system for collecting and storing patient health data to help manage healthcare programs and facilities. It allows healthcare providers to securely access and update patient records electronically. Effective health information systems require integrating data from various departments like medical records, billing, laboratories, and nursing to provide complete patient information and improve care delivery.
The document discusses the history and use of patient registries, including definitions, types of registries like product, health services, and disease registries, and provides an overview of Northwestern Medical Faculty Foundation's experience implementing Epic and building disease registries to translate quality measures into their electronic health record system. It also reviews NMFF's implementation of Epic over time and in different specialties across their large academic medical group.
This document provides an overview of informatics and technology in nursing. It discusses how health information and health IT can help improve care delivery and reduce errors. Informatics is presented as an interdisciplinary field that draws from areas like computer science, nursing, and other health disciplines. Nursing informatics applies informatics principles and technologies to support evidence-based practice, standards, research, and tools that promote safe and effective nursing care.
Health informatics is the interdisciplinary study of how to design, develop, apply and use information technology in healthcare to improve health services. It involves optimizing the acquisition, storage, retrieval and use of health information. Key applications include translational bioinformatics, clinical research informatics, clinical informatics, consumer health informatics and public health informatics. Health informatics uses mathematics and statistics to understand health data and probabilistic methods to determine clinical probabilities and integrate new data.
This document summarizes the medical records system at Hindu Rao Hospital in Delhi, India. It describes how the medical records department was established in 1970 with one record keeper and has since expanded. The department now maintains inpatient and outpatient records, compiles statistics, and files records for 10 years. Medical records originate at admission and are assembled, analyzed, and stored by the department. The department also issues birth and death certificates and handles medico-legal tasks like attending courts. It is responsible for collecting utilization data from various departments and compiling monthly reports on topics like communicable diseases and immunizations.
The document discusses key concepts related to health management information systems including definitions of data, information, records, and information systems. It describes the components and purpose of health information systems in supporting decision making, policymaking, and evaluating health programs. The document also covers data sources, attributes, collection tools, and the different information needs at various decision making levels.
Health information system is that that system in which collection, utilization, analysis and transmission of information is done for conducting health services, training and research.
The document discusses health management information systems (HMIS) and nursing management information systems (NMIS). It defines HMIS as a system that collects, uses, analyzes, and transmits health information to support health services, training, and research. It outlines the objectives, characteristics, domains/fields, information processes, sources, and problems/constraints of HMIS in India. It also discusses subsystems of HMIS, challenges it faces, and its benefits. For NMIS, it discusses its applications in workload measurement, staffing, personnel management, and fiscal resource management as well as its advantages for nursing administration, practice, research, and education.
The document discusses the Health Management Information System (HMIS), including its definition, objectives, characteristics, domains/fields, sources, uses, and challenges. The key points are:
HMIS involves collecting, analyzing, and transmitting health information to support health services, training, and research. Its objectives include providing reliable health information to administrators and improving health policies based on feedback. Some challenges include a fragmented system with incomplete data and a lack of computerization. HMIS aims to measure population health and inform the planning, administration, and management of health services and programs.
The document discusses the Health Management Information System (HMIS) in India. It provides definitions and history of HMIS, describing how it began in 2008 with district-level reporting and expanded to facility-level data entry by 2016-17. The objectives of HMIS are to provide reliable health information to administrators and inform health policies. Key indicators reported in HMIS include immunization rates, institutional delivery rates, and more. The document also outlines characteristics, domains, sources, uses, and challenges of HMIS in India.
This document discusses management information systems (MIS) in community health nursing. It defines MIS as a combination of computer science and nursing science that assists in managing and processing nursing data to support nursing practice. The objectives of MIS are to provide reliable health information to managers for decision making. MIS helps elicit more information for deciding on health service quality, cost, and effectiveness. It plays an important role in community health by collecting statistical patient data, facilitating billing and reimbursement, assessing patients, and evaluating community health services.
This document provides an outline and overview of content presented on Management Information Systems. The presentation discusses what MIS is, how it has evolved, why it is important, how to organize an MIS, current trends, advantages and limitations. It defines key terms like management, information, data and systems. It also describes the scope of management in healthcare and the management cycle. Additionally, it outlines the components, objectives and evolution of the Health Management Information System in India.
The document discusses Health Management Information Systems (HMIS), including:
- The objectives and benefits of HMIS in health services management.
- The key components and purpose of HMIS including data collection, storage, analysis and use for management decisions.
- Examples of indicators and data sources used in HMIS.
- The six steps involved in restructuring health MIS, such as identifying information needs and developing data collection instruments.
- Ways to enhance the use of information in decision-making, including improving data quality and communication between data collectors and managers.
Management information and evaluation systemGagan Preet
An MIES (Management Information and Evaluation System) helps managers collect and use data to make timely decisions. An effective MIES provides accurate, complete and timely information through various modules like registration, billing, diagnostics, and medical records. It also evaluates programs through process, output, effects and short-term impact evaluations to assess objectives and make improvements. MIES formats should include feedback mechanisms so decisions are made at all levels of the organization.
4. HIS - Introductionforjuniorshealthinformatics.pptAronMozart1
This document provides an overview of health information systems (HIS). It defines HIS as a set of components and procedures organized to generate information to support health care management decisions at all levels. Effective HIS should produce relevant information for different users, including patients, providers, and policymakers. However, many current systems have design flaws, such as collecting too much irrelevant data, which burdens health workers and reduces data quality and use. The document also describes Ethiopia's move from an old fragmented HMIS to a new integrated system, with the goals of standardizing indicators, simplifying data collection, and promoting information use.
4EXAM. HIS - Introducodajbcvsovbation (3).pptAronMozart1
This document provides an overview of health information systems (HIS). It defines HIS as a set of components and procedures that generate information to support health care management decisions at all levels. Effective HIS is important for evidence-based decision making. However, current systems often have imbalances between data supply and demand. The document outlines various users and types of health information needed, and components of effective HIS like disease surveillance and vital records. It also discusses challenges faced by old HIS in Ethiopia and improvements in the new design, like standardization, integration, and simplification to reduce data burden.
Management of Information and Evaluation system for B.Sc. Nursing 4th year students. Presented by M.Sc. Nursing 1st year student as a Practice Teaching class.
The document discusses Management Information and Evaluation Systems (MIES). It defines key terms like information, systems, information systems, management information systems, and evaluation systems. It also describes the objectives, importance, classification, advantages, and limitations of management information systems. Specific types of health information systems and nursing information systems are explained. The major kinds of evaluation systems - process, output, effects, and short-term impact evaluation - are summarized. Finally, the conclusion states that an MIES helps managers make timely decisions by collecting and using information, and that an effective MIES provides accurate, complete and timely feedback at all organizational levels.
ASSESMENT OF ROUTINE INFORMATION SYSTEM IN HEALTH SYSTEM, HO.pptxthabitisadru1
ASSESSMENT OF ROUTINE HEALTH INFORMATION SYSTEM IN HEALTH CARE SETTING, HEALTH MANAGEMENT ASSESSMENT OF ROUTINE HEALTH INFORMATION SYSTEM IN HEALTH CARE SETTING, HEALTH MANAGEMENT
MIES-MANAGEMENT INFORMATION AND EVALUATION SYSTEM - Define, Objectives, Impl...sonal patel
An MIES is a system to collect, analyze, and use data to help managers make timely decisions. It transforms data into useful knowledge for directing resources and achieving objectives. An effective MIES provides accurate, complete, and timely information to managers so they can analyze, plan, make decisions, take action, and evaluate performance. It also includes feedback mechanisms so decisions can be made at all levels of an organization. Evaluation of an MIES involves assessing its processes, outputs, effects, and both short and long-term impacts.
This document defines and outlines the objectives and components of a health information management system (HIMS). A HIMS is a mechanism for collecting, processing, analyzing, and transmitting health-related information needed to organize and operate health services, conduct research, and provide training. The primary objectives of a HIMS are to provide reliable and up-to-date health information to managers at all levels, enable technical information sharing among health personnel, and provide periodic data on health service performance and trends. Key components of a HIMS include demography, health status, health resources, service utilization rates, and health outcomes. Important uses of HIMS data include measuring population health problems, facilitating health planning and management, assessing health service effectiveness and efficiency,
Management information system (MIS) is defined as a formal system for gathering, integrating, analyzing, and distributing pertinent information to support management decision making and operations. The objectives of MIS include enhancing communication, supporting strategic goals, and providing reliable health information to decision makers. Key roles of community health nurses in implementing MIS include ensuring cooperation, allocating resources, appointing coordinators, training staff, and ensuring continuous communication between developers and users.
Management information system (MIS) is defined as a formal system for gathering, integrating, analyzing, and distributing pertinent information to support managers in planning, controlling, and decision-making. The objectives of MIS include enhancing communication, supporting strategic goals, and providing reliable health information to decision-makers. MIS provides data to monitor progress, measure performance, detect trends, evaluate alternatives, and support decision-making. The role of community health nurses in implementing MIS includes ensuring cooperation, allocating resources, appointing managers, training staff, and communicating changes.
The document discusses management information and evaluation systems, information education and communication, and their relevance to family welfare programs. It defines management information systems and describes their objectives, importance, advantages, limitations and implementation methods. It also discusses nursing management information systems, evaluation systems, information, education, communication, and how they relate to family welfare services and management information, education and evaluation systems.
Practice Application- Nursing InformaticsJadabear06
The document discusses the evolution of the definition of nursing informatics from 1980 to the present. It provides definitions from various nursing organizations over time that have defined nursing informatics as integrating nursing science, computer science, and information science to manage data and information to support nursing practice, administration, education, research, and expand nursing knowledge. The definitions focus on collecting, processing, and managing nursing data and information through technology to improve nursing care and outcomes.
Human blood has a hydrogen ion concentration [H+ ] of 35 to 45 nmol/L and it is essential that its concentration is maintained within this narrow range.
Hydrogen ions are nothing but protons which can bind to proteins and alter their characteristics.
All the enzymes present in the body are proteins and an alteration in these enzyme systems can change the homeostatic mechanisms of the body.
Hence, a disturbance in acid-base balance can result in malfunction of the various organ systems.
The normal pH of blood is 7.35-7.45.
Acidosis is defined as a pH Less than 7.35.
Conversely, when the pH is more than 7.45, alkalosis is said to exist.
Acidosis and alkalosis are of two types each: respiratory and metabolic.
An increase in carbon dioxide (CO2 ) levels increases the plasma [H+ ] and decreases the pH (respiratory acidosis).
Similarly, a decrease in plasma carbon dioxide levels reduces the [H+ ] and increases the pH (respiratory alkalosis).
A decrease in [HC03 -] reduces the pH and is called metabolic acidosis.
Similarly, an increase in [HC03 -] increases the pH and produces metabolic alkalosis.
The pH is regulated in the human body mainly by two organs: the respiratory system and the renal system.
The arterial carbon dioxide levels are regulated by the respiratory system.
Any increase in carbon dioxide levels stimulates the respiratory centre in the medulla thus augmenting respiration, alveolar ventilation and elimination of extra CO2 levels.
A decrease in CO2 levels may reduce the stimulus to breathe and cause hypoventilation.
This response is limited by hypoxia as the hypoxic drive stimulates the patient to maintain respiration.
Respiratory response to changes in CO2 level occurs very fast.
The plasma bicarbonate levels are regulated by the kidneys.
Any decrease in [HC03 -] stimulates the kidney to retain and synthesise bicarbonate.
High [HC03 -] results in elimination of more bicarbonate in urine.
In general, the pulmonary response to a change in acid-base status is faster and occurs immediately.
However, renal regulation takes time, a few hours to days.
Kidneys filter and reabsorb all the bicarbonate in the urine.
When necessary, kidneys can also produce extra bicarbonate through the glutamine pathway.
When an acid-base disorder occurs, the initial disturbance that occurs is termed the primary disorder.
The body attempts to normaliZe the pH by certain compensatory mechanisms resulting in a secondary disorder, e.g. primary metabolic acidosis results in an increase in hydrogen ions and a consequent decrease in bicarbonate ions.
To compensate for this, the patient hyperventilates and reduces the arterial carbon dioxide levels, thus moving the pH back to normal ( compensatory respiratory alkalosis )
General Endocrinology and mechanism of action of hormonesMedicoseAcademics
This presentation, given by Dr. Faiza, Assistant Professor of Physiology, delves into the foundational concepts of general endocrinology. It covers the various types of chemical messengers in the body, including neuroendocrine hormones, neurotransmitters, cytokines, and traditional hormones. Dr. Faiza explains how these messengers are secreted and their modes of action, distinguishing between autocrine, paracrine, and endocrine effects.
The presentation provides detailed examples of glands and specialized cells involved in hormone secretion, such as the pituitary gland, pancreas, parathyroid gland, adrenal medulla, thyroid gland, adrenal cortex, ovaries, and testis. It outlines the special features of hormones, differentiating between peptides and proteins based on their amino acid composition.
Key principles of endocrinology are discussed, including hormone secretion in response to stimuli, the duration of hormone action, hormone concentrations in the blood, and secretion rates. Dr. Faiza highlights the importance of feedback control in hormone secretion, the occurrence of hormonal surges due to positive feedback, and the role of the suprachiasmatic nucleus (SCN) of the hypothalamus as the master clock regulating rhythmic patterns in biological clocks of neuroendocrine cells and endocrine glands.
The presentation also addresses the metabolic clearance of hormones from the blood, explaining the mechanisms involved, such as metabolic destruction by tissues, binding with tissues, and excretion by the liver and kidneys. The differences in half-life between hydrophilic and hydrophobic hormones are explored.
The mechanism of hormone action is thoroughly covered, detailing hormone receptors located on the cell membrane, in the cell cytoplasm, and in the cell nucleus. The processes of upregulation and downregulation of receptors are explained, along with various types of hormone receptors, including ligand-gated ion channels, G protein–linked hormone receptors, and enzyme-linked hormone receptors. The presentation elaborates on second messenger systems such as adenylyl cyclase, cell membrane phospholipid systems, and calcium-calmodulin linked systems.
Finally, the methods for measuring hormone concentrations in the blood, such as radioimmunoassay and enzyme-linked immunosorbent assays (ELISA), are discussed, providing a comprehensive understanding of the tools used in endocrinology research and clinical practice.
Factors influencing growth & development:
Growth & development depend upon multiple factors or determinants. They influence directly or indirectly by promoting or hindering the process.
The determinants can be grouped as Heredity & environment..
Heredity or genetic factors are also related to sex, race, & nationality. Environment includes both pre natal & post natal factors.
A medical treatment that uses high doses of radiation to kill cancer cells or shrink tumors by damaging their DNA. When the DNA is damaged, cancer cells can no longer divide and grow, and they eventually die.
Artificial Intelligence, Synergetics, Complex System Analysis and Simulation ...Oleg Kshivets
5YS of local advanced non-small cell LCP after combined radical procedures significantly depended on: tumor characteristics, LC cell dynamics, blood cell circuit, cell ratio factors, biochemical factors, hemostasis system, anthropometric data, adjuvant treatment and procedure type. Optimal strategies for local advanced LCP are: 1) availability of very experienced thoracic surgeons because of complexity radical procedures; 2) aggressive en block surgery and adequate lymph node dissection for completeness; 3) precise prediction; 4) AT for LCP with unfavorable prognosis.
Formulation of Buccal Drug Delivery SystemKHimani2
Buccal drug delivery system is an advanced type of drug delivery system where the drug is passed into the specific site without must wastage ! It is a novel drug delivery system where the medicament avoids 1st pass metabolism, which increases its bio availability !
* Types include matrix type and reservoir type in which 2nd type is more advanced and shows quick absorption of the drug .
* I have mentioned it's advantages and disadvantages.
* Factors effecting the drug delivery system
*Formulation of the BDDS
* Evaluation parameters
This presentation gives a clear explanation of hemodynamics and cardiac electrophysiology which will be helpful for students of bpharmacy sem 5 as a part of the pharmacology. the presentation is explained diagramatically which makes ease for the students.
TEST BANK Physical Examination and Health Assessment 9th Edition by Carolyn J...rightmanforbloodline
TEST BANK Physical Examination and Health Assessment 9th Edition by Carolyn Jarvis, All Chapters 1 - 32 Full Complete.pdf
TEST BANK Physical Examination and Health Assessment 9th Edition by Carolyn Jarvis, All Chapters 1 - 32 Full Complete.pdf
These are the class of Drugs that are used to treat and prevent cardiac arrhythmias by blocking ion channels involved in cardiac impulse generation and conduction. Class I drugs like quinidine and procainamide block sodium channels to prolong the action potential duration, while Class IB drugs like lignocaine shorten repolarization. Class III drugs like amiodarone block potassium channels to prolong the action potential. Calcium channel blockers like verapamil inhibit calcium influx. Other drugs include adenosine for paroxysmal supraventricular tachycardia, beta blockers for supraventricular arrhythmias, and atropine for bradycardias. Adverse effects vary between drugs but include arrhythmias, heart block and QT prolong
As a leading rheumatologist in Chandigarh, Dr. Aseem specializes in the diagnosis and management of a wide range of rheumatic conditions, including but not limited to:
Rheumatoid Arthritis: An autoimmune disorder that causes chronic inflammation of the joints.
Osteoarthritis: A degenerative joint disease characterized by the breakdown of cartilage.
Lupus: A systemic autoimmune disease that can affect the skin, joints, kidneys, and other organs.
Ankylosing Spondylitis: A type of arthritis that primarily affects the spine, causing pain and stiffness.
Gout: A form of arthritis characterized by sudden, severe attacks of pain, redness, and tenderness in the joints.
Psoriatic Arthritis: A type of arthritis that affects some people with psoriasis.
Vasculitis: An inflammation of the blood vessels that can cause a variety of symptoms.
Sjogren’s Syndrome: An autoimmune disorder characterized by dry eyes and mouth.
Accurate diagnosis is crucial for effective treatment. Dr. Aseem Goyal utilizes advanced diagnostic techniques to identify the underlying causes of rheumatic conditions. Our state-of-the-art facility is equipped with the latest technology to provide comprehensive diagnostic services, including:
Blood Tests: To check for markers of inflammation and autoimmune activity.
Imaging Studies: Such as X-rays, MRI, and ultrasound to assess joint and soft tissue damage.
Joint Fluid Analysis: To examine the fluid in the joints for signs of inflammation or infection.
Biopsy: In certain cases, a small tissue sample may be taken for further examination.
Treatment Approaches
Dr. Aseem Goyal adopts a holistic and patient-centered approach to treatment. Depending on the specific condition and its severity, treatment options may include:
Medications
Nonsteroidal Anti-Inflammatory Drugs (NSAIDs): To reduce inflammation and relieve pain.
Disease-Modifying Antirheumatic Drugs (DMARDs): To slow the progression of rheumatic diseases.
Biologic Agents: Targeted therapies that block specific pathways in the immune system.
Corticosteroids: To control severe inflammation quickly.
Introduction to Dental Implant for undergraduate studentShamsuddin Mahmud
Introduction to Dental Implant
Dr Shamsuddin Mahmud
Assistant Professor, Department of Prosthodontics
Nortth East Medical College (Dental Unit)
Definition of Dental Implant
A prosthetic device
made of alloplastic material(s)
implanted into the oral tissues beneath the mucosal and/or periosteal layer and
on or within the bone
to provide retention and support for a fixed or removable dental prosthesis.
Classification of Dental Implant
According to placement within the tissue
Blade/Plate form implant
According to Material Used
A) METALLIC IMPLANTS
Commercially pure Titanium
Cobalt chromium molybdenum
Titanium aluminum vanadium
Stainless steel
B) NON-METALLIC IMPLANT
Zirconium
Ceramic
Carbon
According to the ability of implant to stimulate bone formation
A) Bio active
Hydroxyapatite
Tri Calcium Phosphate
B) Bio inert
Metals
Parts of Dental Implant
Implant fixture
Implant mount
Cover screw
Gingival former/healing screw/healing abutment/permucosal extension
Impression post/impression transfer abutment
Implant analogue
Abutment
Fixation screw
Implant Fixture
Implant Mount
Connected to the fixture
Function: used to carry implant from its vital to the prepared osteotomy site either by hand or with a ratchet/ handpiece adaption
Cover Screw
component that is used to cover the implant connection during the submerged healing of the implant
Function: preserves the patency of the connection by preventing any soft tissue ingrowth in the connection
Gingival former/ Healing Abutment/ Healing screw
Screw/ abutment used to create the soft tissue emergence profile around the implant.
Time of placement:
During 1st surgery – One step surgery
After Osseointegration – Two step/stage surgery
Gingival former/ Healing Abutment/ Healing screw
Placed in the site 2-3 weeks for soft tissue healing
Function:
Create gingival emergence profile
Formation of biological width
Impression post/impression transfer abutment
component that is used to trans- fer the implant Hex position and orientation from the mouth to the working cast.
Types
Closed tray
Open tray
Implant analogue/
component which has a different body but its platform and connection are exactly similar to the implant. The analogue is used to replicate the implant platform and connection in the laboratory mode.
Abutment
Abutments
Advantages of Dental Implant Retained Prosthesis
Maintain bone height and width by preventing bone resorption
Maintain facial esthetics
Improve masticatory performance
Improve stability and retention of prosthesis
More esthetics
Increase survival times of prostheses
There is no need to alter adjacent teeth
Improve psychological health
Disadvantages of Dental Implant Retained Prosthesis
Very expensive.
Cannot be used in medically compromised patients who cannot undergo surgery.
Longer duration of treatment
Requires a lot of patient co-operation because of repeated recall visits are essential
INDICATION OF DENTAL IMPLANT
Dental implants can successfully restore all
Introduction of mental health nursing, Perspective of mental health and mental health nursing, Evolution of mental health services, treatment and nursing practices Mental health team, Nature and scope of mental health nursing, Role & function of mental health nurse inn various settings and factors affecting the level of nursing practice, concept of normal and abnormal behavior
Regenerative Medicine in Chronic Pain ManagementReza Aminnejad
Regenerative technologies are the future of medicine. The current clinical strategy focuses primarily on treating the symptoms but regenerative medicine seeks to replace tissue or organs that have been damaged by age, disease, trauma, or congenital issues.
Surgical Infection Powerpoint based on Scwartz Principlse of SurgeryMedicNerd
A presentation on surgical infections would encompass an in-depth examination of infections that occur post-surgery, highlighting their significance in clinical settings. It would cover the various types of surgical infections, such as superficial incisional infections, deep incisional infections, and organ/space infections, delving into their causes, including microbial contamination during surgery, patient-related factors, and procedural factors. The presentation would discuss diagnostic techniques, such as clinical evaluation, laboratory tests, and imaging studies, alongside treatment strategies that include antibiotic therapy, surgical intervention, and supportive care. Additionally, it would emphasize preventive measures, such as stringent aseptic techniques, preoperative skin antisepsis, and postoperative care protocols, to mitigate the incidence of these infections.
Subcutaneous nodules in rheumatic diseases Ahmed Yehia Assistant Professor of internal Medicine, Immunology, rheumatology and allergy
How to use subcutaneous nodules as a clue for diagnosis by completing the puzzle
Principles of Cleaning
Nonsurgical root canal treatment is a predictable method of retaining a tooth that otherwise would require extraction. Success of root canal treatment in a tooth with a vital pulp is higher than that of a tooth that is necrotic with periradicular pathosis. The difference is the persistent irritation of necrotic tissue remnants, and the inability to remove the microorganisms and their by-products. The most significant factors affecting this process are tooth anatomy and morphology, and the instruments and irrigants available for treatment. Instruments must contact and plane the canal walls to debride the canal.
Morphologic factors such as lateral and accessory canals, canal curvatures, canal wall irregularities, fins, cul-de-sacs, and isthmuses make total debridement virtually impossible. Therefore the goal of cleaning not total elimination of the irritants but it is to reduce the irritants.
Currently there are no reliable methods to assess cleaning. The presence of clean dentinal shavings, the color of the irrigant, and canal enlargement three file sizes beyond the first instrument to bind have been used to assess the adequacy; however, these do not correlate well with debridement. Obtaining glassy smooth walls is a preferred indicator. The properly prepared canals should feel smooth in all dimensions when the tip of a small file is pushed against the canal walls. This indicates that files have had contact and planed all accessible canal walls thereby maximizing debridement (recognizing that total debridement usually does not occur).
Principles of Shaping
The purpose of shaping is to
1) facilitate cleaning and
2) provide space for placing the obturating materials.
The main objective of shaping is to maintain or develop a continuously tapering funnel from the canal orifice to the apex. This decreases procedural errors when cleaning and enlarging apically. The degree of enlargement is often dictated by the method of obturation. For lateral compaction of gutta percha the canal should be enlarged sufficiently to permit placement of the spreader to within 1-2 millimeters of the corrected working length. There is a correlation between the depth of spreader penetration and the apical seal.5 For warm vertical compaction techniques the coronal enlargement must permit the placement of the pluggers to within 3 to 5 mm of the corrected working length.6
As dentin is removed from the canal walls the root is weakened.7 The degree of shaping is determined by the preoperative root dimension, the obturation technique, and the restorative treatment plan. Narrow thin roots such as the mandibular incisors cannot be enlarged to the same degree as more bulky roots such as the maxillary central incisors. Post placement is also a determining factor in the amount of coronal dentin removal.
2. Introduction:
■ Health information system is that system in which
collection, utilization, analysis and transmission of
information is done for conducting health services,
training and research.
3. Objectives
■ To provide reliable, latest and useful health information to all
levels of health officers and administrators.
■ To amend health policies and working system on the basis of
feedback, received from health information system.
■ To provide information about periodically and time bound
programmes and for mid term evaluation.
■ To contribute towards achievement of objectives of
healthpolicies and programmes.
■ To increase efficiency and quality in health management.
4. Characteristics
According to WHO
■ Thee information should be problem oriented.
■ Information should be population based.
■ Functional and directorial wording should be used.
■ Information should be expressed in short and in imaginative
form (graphs, chart, table etc).
■ Facility for data feed back must be present in health
information system.
5. Cont...
■ Latest technology should be used in health information
system
■ Unnecessary figures or data should not be present in
information system.
■ For information management, organizational structure must
be present.
6. Domains/fields of health information
system
■ It includes demography, vital statistics, health system input,
output, health determinants,health economics, health
status, health infrastructure, resources and outcome,
financial statistics,and environmental health statistics.
8. Sources of HMIS
■ Census
■ Registration of vital events( birth, death, marriage etc).
■ Notification of diseases and disease registers.
■ Records and reports of hospitals.
■ Statistics regarding environmental health.
■ statistics regarding health resources and services.
■ Sample survey( national sample survey organization).
■ Population survey.
9. Cont....
■ Statistics regarding efforts to check epidemiological
diseases and researches in this field.
■ School record.
■ Economic planning
■ Plans of social security
10. Problems or constraints of HMIS in
India
Structural
■ Multiplicity of institutions and departments
■ Fragmentation of data.
■ Lack of infrastructural facilities for storage and maintenance
of records.
11. Cont...
Procedural
■ Excessive information.
■ Encryption/hidden issues
■ Exhaustive information, seldom used.
■ Overburden of collection and recording of data along with General health
care.
■ Incomplete, unreliable and intentionally managed information.
■ Repetition of general information
■ Inappropriate forms/cards/reports
■ Less interest of users in information
■ Time consuming procedure
■ Confusing coding, long list of indices
■ Absence of feedback to information supplelealth management
12. Cont.....
Related to human resource
■ Absence or lack of skilled medical record professionals
■ Lack of opportunity for in service training for the staff
■ Health care providers/nurses/biomedical trainedpersons
are collecting and preparing data
■ Lack of motivation/extra incentives.
13. Cont...
Technological
■ Much manual paper based system.
■ Absence or lack of computerized data basesystemHealth
managementinformation system.
14. Subsystems/sub components of HMIS
■ Epidemiological surveillance
■ Routine service reporting
■ Specific program reporting
■ Administrative systems
■ Vital registration
15. Challenges for HMIS
■ Low levels of public will, about vital registration system.
■ Inadequate government’s capacity and lack of firm political
decision
■ Gender issues in vital events registration
■ Fragmentation of health information
■ Establishing a unified information system with in country
16. Benefits of HMIS
■ Helping decision makers to detect and control emerging and endemic
health problems..
■ Help in monitoring progress towards health goals andpromote equity.
■ Empowering individuals and communities with timely and understandable
health related information.
■ Improving quality of services.
■ Strengthening the evidence base for effective health policies.
■ Permitting evaluation of scale up efforts and enabling innovation through
research.
■ Mobilizing new resources and ensuring accountability in the way they are
used
■ Improving governance.
17. Nursing management information
system
■ Nursing information systems (NIS) are computer systems
that manage clinical data from a variety of healthcare
environments,and made available in a timely and orderly
fashion to aid nurses in improving patient care.
19. FISCAL RESOURCE MANAGEMENT
■ The information generated can be used to monitor past
performance or to predict future performance.
■ Accumulated data can be analysed for the developmentof
trends that can be used to project future expenditures
■ Necessary reallocations and budgetary adjustments can
then be made on the basis of these projections.
20. WORKLOAD MEASUREMENT AND STAFFING
RIEQUIREMENTS
■ It helps to store, manipulate and retrieve large volumes of
data
■ The information generated assists nursing managers in
planning, monitoring and evaluating use of nursing
resources on a daily basis and in the longer time frame.
■ It is used to generate staff schedule with conjunction
with personnel management.
21. Staff scheduling
■ Nursing managers are able to plan schedules in advance
with considerable time savings.
■ Staffs are informed well ahead of time.
■ Staffing records, if maintained properly,provide useful
information for monitoring ,absenteeism, scheduled time
off, and turn over.
22. PERSONNEL MANAGEMENT
■ An employee with a special mix of skills can be located.
■ Records are readily accessible needed foraccreditation
purposes or to monitor contract compliance
■ The information may be retrieved on a daily basis fuse in
conjunction with workload measurement and contract
requirements to plan staffing assignments.
23. Advantages of NIS
IN NURSING ADMINISTRATION:
■ Evaluate quality assurance programs
■ Defend resource allocation to nursing
■ Demonstrate the contribution nursing, makes to thecare of
the patient
■ identify outcomes of nursing care
24. Cont...
IN NURSING PRACTICE:
■ Enhance documentation by nurses
■ Provide data to enable research directed atexamining the
inter relationships between daelements and nursing
outcomes.
■ Facilitate development of the nursing process
25. Cont..
NURSING RESEARCH
■ To assess variables on multi levels includinginstitutional, local,
regional, and national.
■ Identify trends to build information and tofurther synthesize to
develop nursing knowledge
NURSING EDUCATION:
■ To develop body of knowledge with focus on nursing process.
■ To enable staff educational needs based on follow upcare and
outcomes.
■ To enhance student nurses accurate documentation