MEDICINE


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MEDICINE
PMDK (REG&INT CLASS) MEDICINE UI 98 (MD)

ANESTHESIOLOGY NATURAL (60)

SAYANG SAYANG LAWAN JENIS (SA WFSA)

3 Moslem fundamental(MF)&FASHION SCORE 10

IP BORN (IPA BDG-JKT) GOLD GALAXY/IPI GOLD GALAXY (KELAHIRAN-AKTA/SKL)/IP BORN CLASS ASSOCIATION

CORE ADM (UMPTN-USM-EJU)&PMDK-DEGREE SA PSUG E (BACHELOR UP)

ALLAH SWT NOT LATTA UZA MANNA (NO SYIRIK/BERHALA)

FASHION (TERTUTUP BERDERAJAT ILMU)


AN ROOM (HOSPITAL)-SUSTER/AN ROOM (MEDICINE SYSTEM&MEDICINE SLEEP JOURNAL)

SAYANG SAYANG

HUG (HUSBAND-WIFE)
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PARTNER

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 NURSE-DOCTOR
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CHILD-ADULT



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PHYSICIAN CAREER ANESTHESIOLOGY






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HEAL MUSIC

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ARTICLE/PUBLICATION/JOURNAL REFFRENCE

MEDICINE SYSTEM (SOAP)

Study: Soap and water work best in ridding hands of disease viruses

The Effect of Handwashing at Recommended Times with Water Alone and With Soap on Child Diarrhea in Rural Bangladesh: An Observational Study

Foam soap is not as effective as liquid soap in eliminating hand microbial flora

,Margie Morgan, PhD,
Ozlem Equils, MD, FAAP

A Study to Ascertain the Practice of Hand Hygiene among MedicalStudents in Commonwealth of Dominica

Opeyemi Oluwabukola Afolabi1, Esther Olajumoke Adewumi1, Srinivas Medavarapu2*, Temiloluwa Oladoyin Ige1, Oluwaseyi Joy Alao1 and Olufemi Emmanuel Dada1
1Medical students, Basic Medical Sciences,All Saints University School of Medicine, Roseau, Dominica
Assistant Professor, All Saints University School of Medicine, Roseau, Dominica

Effect of Antiseptic Handwashing vs Alcohol Sanitizer on Health Care–Associated Infections in Neonatal Intensive Care Units  

Elaine L. Larson, RN, PhD; Jeannie Cimiotti, DNSc; Janet Haas, MS; et al

Development and application of a methodology to assess sanitary risks in Maputo, Mozambique



An Assesment of toilet facilities in secondary schools in Jos North Local Governement Area Of Plateau State
Agbo H Abigail,Envuladu E.Anwazzi ,Addah U Gabriel,Zoakah a.Ibrahim

Assessment    of    knowledge    practice    gap    regarding    sanitary    toilet    -    A    hospital   
based    cross-sectional    study

Shailesh    Keshaorao    Kawale,    Hemlata    Thakur,    Vivek    Sharma
Department of Community Medicine, Chhattisgarh Institute of Medical Science, Bilaspur, Chhattisgarh, India

MEDICINE SLEEP

Insomnia and hypertension: A systematic review

Denise C. Jarrin, Pasquale K. Alvaro, Marc-André Bouchard, Stephanie D. Jarrin, Christopher L. Drake, Charles M. Morin

A systematic review of variables associated with sleep paralysis

Dan Denis, Christopher C. French, Alice M. Gregory

Medication induced sleepwalking: A systematic review

Helen M. Stallman, Mark Kohler, Jason White
Vol. 37

Climate change and sleep: A systematic review of the literature and conceptual framework

Daniel I. Rifkin, Michael W. Long, Melissa J. Perry
Publication stage: In Press Corrected Proof

A systematic review and meta-analysis of cognitive and behavioral interventions to improve sleep health in adults without sleep disorders

Beatrice Murawski, Levi Wade, Ronald C. Plotnikoff, David R. Lubans, Mitch J. Duncan



PHYSICS MEDICINE (30)


BIOFLUIDS MECHANICS

FLUID PARAMETER 
Density
Temperature
Velocity
Pressure

Area of Biofluids Mechanics

What level of fluids pressure are present in human body
Parameter govern of blood in the arteries&venna
Is blood thick than water
How can the fluids dynamics perfomance of the heart can be measured
what are the fluid dynamics effects of disease processes





A fluid is defined as a substance that deforms continuously under application of a shearing stress, regardless of how small the stress is. Blood is a primary example of a biological fluid. Air can also be considered as biological fluid as it flows in lungs and the synovial fluid between the knee joints is also an example of a biological fluid. Types of Fluids[3] Fluids can be classified into four basic types. They are:
  1. Ideal Fluid
  2. Real Fluid
  3. Newtonian Fluid
  4. Non-Newtonian fluid
An Ideal Fluid is a fluid that has no viscosity, means it will offer no resistance, pragmatically this type of fluid does not exist. It is incompressible in nature. Real fluids are compressible in nature. They offer some resistance and thus have viscosity. All Fluids existing are real fluids. A Newtonian Fluid is a fluid whose viscous shear stresses (acting between different layers of fluid and between the fluid layer and surface over which it is flowing) are directly proportional to the rate of change of velocity of the flow of the fluid with respect to the distance in the transverse direction (distance measured perpendicular to the flow), also known as velocity gradient. The constant of proportionality is known as the dynamic viscosity of the fluid denoted by ‘µ’. The functional relationship between viscous shear stress and velocity gradient is linear in a Newtonian fluid. This relationship may be written as :
                                                        {\displaystyle \tau =-\mu {\frac {du}{dy}}}
     Where \tau  = viscous shear stress
           \mu  = dynamic viscosity of the fluid
           {\frac  {du}{dy}} = velocity gradient across the flow
 
 
 
A Non-Newtonian fluid is a fluid which is different from the Newtonian fluid as the viscosity of non-Newtonian fluids is dependent on shear rate or shear rate history. In a non-Newtonian fluid, the relation between the shear stress and the shear rate is different and can even be time-dependent (Time Dependent Viscosity). Therefore, a constant coefficient of viscosity cannot be defined. 

Non-Newtonian fluids change their viscosity or flow behavior under stress. If you apply a force to such fluids, the sudden application of stress can cause them to get thicker and act like a solid, or in some cases, it results in the opposite behavior and they may get runnier than they were before. Removal of the stress causes them to return to their earlier state. Not all non-Newtonian Fluids behave in the same way when stress is applied – some become more solid, others more fluid. Some non-Newtonian fluids react as a result of the amount of stress applied, while others react as a result of the length of time that stress is applied. The generalized power law for all fluids can be written as:
{\displaystyle \tau =K({\frac {dy}{dx}})^{n}} Where K = flow consistency index n = Fluid behavior index, n=1 for Newtonian fluids
 
 
Reynolds number of the flow is defined as the ratio of inertia forces to viscous forces.

Mathematically it is written as

{\displaystyle Re={\frac {\rho vd}{\mu }}}
Where \rho = density of fluid v = velocity of fluid d = characteristic length \mu = dynamic viscosity of fluid

The Reynolds number helps us to predict the transition between laminar and turbulent flows. Laminar flow is highly organized flow along streamlines. As velocity increases, flow can become disorganized and chaotic. This is known as turbulent flow. Laminar flow occurs in flow environments where Re < 2000. Turbulent flow is present in circumstances under which Re > 4000. The range of 2000 < Re < 4000 is known as the transition range. Most blood flow in humans is laminar, having a Re of 300 or less, it is possible for turbulence to occur at very high flow rates in the descending aorta, for example, in highly conditioned athletes. Turbulence is also common in pathological conditions such as heart murmurs and stenotic heart valves. Stenotic comes from the Greek word "stenos," meaning narrow. Stenotic means narrowed, and a stenotic heart valve is one in which the narrowing of the valve is a result of the plaque formation on the valve. 

The Womersley number, or alpha parameter, is another dimensionless parameter like the Prandtl number or Reynolds number that has been used in the study of fluid dynamics. This parameter represents a ratio of transient to viscous forces, just as the Reynolds number represented a ratio of inertial to viscous forces. A characteristic frequency represents the time dependence of the parameter. The Womersley number may be written as.:[2]
 
{\displaystyle \alpha =r{\sqrt {\frac {\omega }{\vartheta }}}} Where \alpha = Womersely Number r = vessel radius \omega = fundamental frequency \vartheta = kinematic viscosity = {\displaystyle {\frac {\mu }{\rho }}}
The flow profile becomes blunter near the centerline of the vessel in high frequency flows, because the inertia forces become more important than viscous forces. But viscous forces are still important near the wall as here the velocity of the flow is almost zero due to the effect of the wall and the no-slip condition. Moreover, it can be shown that the transient forces become relatively more important than viscous forces as the animal size increases.[2]
 

Medical imaging physics is also known as diagnostic and interventional radiology physics. Clinical (both “in-house” and “consulting”) physicists[10] typically deal with areas of testing, optimization, and quality assurance of diagnostic radiology physics areas such as radiographic X-rays, fluoroscopy, mammography, angiography, and computed tomography, as well as non-ionizing radiation modalities such as ultrasound, and MRI

Healthcare Informatics and Computational Physics 


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Research<br />Education<br />Clinical<br />Stanford<br />Biomedicine Community<br />Applications and Services<br />Support...

 Web-based support/diagnosis<br />On the internet you can find a wide variety of medical information, including: Symptom di...
3 D animations helps faster learning<br />     Although underemployed in most medical faculties, it represents the future ...

Helps the Medical Professionals and Patients too..<br />As medical professionals become more specialized, diagnosis and tr...

 Telemedicine<br />The development of mobile communications, teleconferencing<br />facilities, multi-media capabilities of ...

E-learning is Multidimensional<br />E-learning adds many dimensions to the educational process and if utilized well, has t...

Ubiquitous Access to Information<br />The future of computing rests on a wireless “always on” network connection.<br />Wir...
Information technology limits the Patient Doctor Relationship<br />The traditional and humanistic concept of doctor-patien...


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Physics of the Human Bodies

(1) Biomechanics
  • Body mass index
  • Sports biomechanics
  • Biofluid mechanics
(2) Bioelectromagnetics of the human  bodies
(3) Biomaterials and artificial organs

Physiological Measurement Techniques

Physiological measurements have also been used to monitor and measure various physiological parameters. Many physiological measurement techniques are non-invasive and can be used in conjunction with, or as an alternative to, other invasive methods.

WFSA COURSE MD (JOURNAL ANESTHESIOLOGY) (10)

leads the world in publication of peer-reviewed novel research that transforms clinical practice and fundamental understanding in anesthesiology: the practice of perioperative, critical care, and pain medicine. Anesthesiology is the official journal of the American Society of Anesthesiologists but operates with complete editorial autonomy.

JOURNAL
Association of perioperative red blood cell transfusions with venous thromboembolism in a North American registry. JAMA Surg 2018 Jun 13 [Epub ahead of print].

Summary: Martin J. London. Image: J. P. Rathmell.

Unravelling residents’ and supervisors’ workplace interactions: An intersubjectivity study. Med Educ 2018; 52:725–35.

Dabigatran in patients with myocardial injury after non-cardiac surgery (MANAGE): An international, randomised, placebo-controlled trial. Lancet 2018; 391:2325–34.

 How do resuscitation teams at top-performing hospitals for in-hospital cardiac arrest succeed? A qualitative study. Circulation 2018; 138:154–63.








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