electronic medicine using recombinant dna
DESCRIPTION
16 June 2011. ELECTRONIC MEDICINE using recombinant DNA. Professor Sir John Oluwole Ogunranti , KOJ (UK) Professor of Anatomy, University of Jos, Nigeria Visiting Professor of Anatomy Imperial College, London, UK. British Knight Kentucky Colonel -USA - PowerPoint PPT PresentationTRANSCRIPT
ELECTRONIC MEDICINEusing recombinant DNA
Professor Sir John Oluwole Ogunranti, KOJ (UK)
Professor of Anatomy, University of Jos, NigeriaVisiting Professor of AnatomyImperial College, London, UK
British KnightKentucky Colonel -USAFellow of Civil Leadership- AustraliaMember, World Academy of Lettersetc
16 June 2011
ELECTRONIC MEDICINE
That branch of Medicine which deals with the use of computers and information technology in the learning and practice of medicine
ELECTRONIC MEDICINE
It was first used as terminology for the placement of latest medical information on internet by the website- Electronic Medicine
ELECTRONIC MEDICINE
Later the terminology changed to use of computers in the practice of Medicine
ELECTRONIC MEDICINE
I am happy to say that we are one of the first to use this terminology in Medical Education
Firstly at Ilorin when I gave a lecture to medical students at the University in 2006
Later in 2008 at Imperial College St Mary’s Hospital, London, UK and
In 2010 at the University Ibadan Workshop on Electronic Medicine
ELECTRONIC MEDICINE
The prolegomena of the program was aired on NTA Network Voyage of Discovery 5 times in 2005 sponsored by the NUC
ELECTRONIC MEDICINE
In 2010 University of California Irvine said of Electronic Medicine in the USA ‘As part of its new iMedEd Initiative, the medical school has developed a comprehensive, iPad-based curriculum, reinventing how medicine is taught in the 21st century and becoming the first in the nation to offer entering students a completely digital, interactive learning environment.’
ELECTRONIC MEDICINE
“We are committed to using evolving technology to benefit the education of our medical students,” says Dr. Ralph V. Clayman, dean of the School of Medicine. “It is our firm belief that a digitally based curriculum will be the wave of the future, and UCI seeks to be a leader in the innovative presentation of information to students.”
ELECTRONIC MEDICINE
The application of electronic means or gadget to medical education and/or practice of Medicine
Electronic refers to ICT ICT means telephony, personal
computer and cybernetics
Can be further defined as
ELECTRONIC MEDICINE
Why electronic Medicine?Because the world is going that direction
Because it is cheaper on the long run, just as in Electronic Banking, for the developing world.
ELECTRONIC MEDICINE Compare with Electronic Banking · Obtain money anywhere in the world · Do banking transactions anywhere in the world · Use mobile phones, internet etc for banking
ELECTRONIC MEDICINE eMedicine · Access to case notes anywhere in the world · Access to consultant’s diagnosis and treatment
anywhere in the world · Case notes – known as eMR (electronic
medical records) in digital format · Emedicine gadgets such as electronic labor
monitoring, eEEG, eECG, eETG, etc · eDiagnostic programmes -free and available Telemedicine
ELECTRONIC MEDICINE
eTreatment ePrescription eSurgery- e.g. Da Vinci robotics
(telesurgery), keyhole surgery eHealth testing
ELECTRONIC MEDICINE It is divided into two broad categories
eLearning ePractice
ELECTRONIC MEDICINE
Let us begin our learning ePractice by examining recombinant DNA technology in antenatal diagnosis of sickle cell disease
eDiagnosis of Sickle cell disease
Study Examination
RECOMBINANT DNA
Why do we sequence genes. The following can be given as reasons why we sequence genes.To learn how to synthesize genes. For example, if the nucleotide base sequence of a gene is known, then they can be put together to synthesize the gene in vitro. Such information can be placed in computer data banks and this can be access by anyone who may need the information for various recombinant DNA reasons. This is the subject and concern of BIOINFORMATICSIN medicine the reasons are mainly in making diagnosis of disease in the laboratory and they are of two main types
5
rDNA– Diagnoses involving sequences of DNA. This
is – recognized as Southern blot.3
– Diagnoses involving sequences of RNA. This is
– recognized as Northern blot.4
Combination of the above techniques on microscopic slides- this is known as in situ hybridization histochemistry.
rDNA Table1: Human genes which have been assigned by cell hybrid analysis and /or in situ hybridization. Genes Chromosomal location Immunoglobulin α chain 2p12 Collagen, type 1 α 2 7q21 α- interferon 9p21 β-Interferon 9p21 β- Globin 11p15 Insulin 11p15 γ-Interferon
rDNA 12q24 Immunoglobulin Heavy chains 14q32 α Globin 16p12 Collagen, type 1 α 1 17q21 Growth hormone 17q22 Immunoglobulin λ light chain 22q11 Table 3. Hybridisation also to interphase nucleus can be used to study the functional organisation of
particular sequences. It is possible to use the technique to detect DNAs that are present in only a very small subset of cells. Such DNAs might never be detected because of dilution of other DNAs of no interest.
ELECTRONIC MEDICINE
. Other forms of Electronic Practice This has a modest list. Electronic Medical Records. All members
of the health profession take part actively Medical Records: This is the most useful of
all the areas of electronic practice in modern times
ELECTRONIC MEDICINE
Electronic Procedures for Practice of Medicine
Electronic Surgery- e.g. Robotic Surgery Telemedicine Telesurgery Electronic Imaging including electronic
ultrasonics
MEDICAL EDUCATION 4.1. Definition: What is medical
education? The organised system that provides
teaching and learning in the subject of Medicine which trains would be medical doctors.
Medical doctors practice on the sick with the aim of curing them or on the healthy with the aim of preventing illness.
MEDICAL EDUCATIONproblems
Loss of cadaveric dissection replaced by models
Embryology is a total failure; how can you learn what you can never see?
Histology is dead; the dead tissues ensure that Loss of pre qualification practice Inability to design educational methods for
assessing skill acquisition etc
MEDICAL EDUCATIONproblems
Poverty or indeed absence of much needed subject integration
Anatomy and surgery have parted ways. In the past a good surgeon was one who had mastered his anatomy and was also an anatomist. Today surgeons struggle with their anatomy and anatomists are nowhere to be found!!
MEDICAL EDUCATIONproblems
We are not training doctors at all but book wormers who later train themselves
We are not interested in integration of medical subjects
We have no means of evaluating the much needed skills for entry into the world of practice
MEDICAL EDUCATIONproblems
THE GREATEST PROBLEM OF ALL IS ROTE LEARNING
MEDICAL EDUCATION
YALE ROBOT
MEDICAL EDUCATION
DISADVANTAGES OF THE YALE MODEL
IT was too expensive for ordinary medical school
It could not perform clinical investigations or indeed postmortems
MEDICAL EDUCATION
It was too unwieldy and cannot be duplicated or networked and can have only a few students at a time
YALE MODEL THEREFORE COSTED MORE THAN IT COULD DELIVER ALBEIT VERY SOPHISTICATED GADGET AND USEFUL
MEDICAL EDUCATION For this modern age no other medium can provide all the
above and change medical education or indeed any other, for good except the electronic one
This can be distributed via the internet It can be distributed via the intranet It can be distributed via local network, wireless
transmissions, mobile phones and even copied and disseminated widely
It is interactive It can be texted It can hypertexted
An alternative which we feel fulfill all the criteria of a good medium for medical education today placed free to use at the Electronic School of Medicine on the world wide web can be found
@
www.oluwoleogunranti.com
It took ten years to put up.
This model of electronic medicine for medical education can examine a patient, order investigations and perform postmortems without any gadgetry except a virtual screen and manipulating mouse and keyboards. It can therefore easily fulfill the criteria of inexpensiveness, networking, duplicability and multiple usability. Despite all the above, it is still able to provide integration.
It also has the following multimedia features which follow three senses and mimic the learning channels well
eVisualeAuditoryeKinesthetic
eVisual
eVisual
eVisual
eAuditory
eKinesthetic
Percutaneous transthoracicLIVER BIOPSY
LIVER SURGERY
It has Temporal and spatial attributes IT can reduce leaning time- at least time
to acquire skill and provide pluralistic spatial features to augment learning. It is superior to other learning methods
because it REDUCES rather than
INCREASES learning time.
Teaching programs eDissector eEmbryology eHistology eHistory eVital signs eInspection ePalpation ePercussion eAuscultation eInvestigation eDiagnostics eOrgan integration
Assessments eOSCE- long case-examinatio
n
eOSCE- long case-tutorial eOSCE- long case-study eOSCE- short case-tutorial eOSCE- short case-study eOSCE- short case-examinatio
n eQuizzes for theoretical
papers Saturday school
DEMONSTRATIONS
HUMAN ANATOMYMUSEUM
This school teaches medicine via stupendously rich multimedia facilities with a modicum of text which is of course hypertexted.
Its URL is
http://www.oluwoleogunranti.com
Anatomy is exempt from text scarcity for it provides a powerful tool for checking and consulting the language of medicine. It is therefore useful just like pharmocopeia in drugs. It is also linked to various pages to refresh anatomical knowledge. All anatomical structures are presented with a dissector to locate their depth.
Its multimedia facilities includeVIDEOAUDIO
ANIMATIONS which include flash, Java enabled, gif animation, and JPEG SEQUENCES
STILL PICTURES The most widely used is animation which
mimics all known procedures and hence teaches.
It uses the above to teach an evaluates clinical examination and medical procedures
One of the uses of animation is to simplify understanding. Hence those areas of medical education which are not easy to understand can be animated- e.g. countercurrent exchange mechanism in kidney physiology.
In this school two programs are paramount
Electronic laboratories consist of all laboratories in Medicine (anatomy physiology, biochemistry, surgery, ophthalmology etc). They can be used for revision shortly before a professional examination so as to refresh the memory of the candidate and help him to pass his examination. Because practical in most medical schools carry higher marks, it is easy to pass the examination after this revision.
Electronic objective structured clinical assessment (eOSCE)
Other programs which are more complex in nature are available at this school and they include
eMidwife which is used to study extensively the art of baby delivery, including complicated ones
eSurgeon used to study the processes involved in surgery
eDoctor used to study clinical features in 100 common clinical conditions
eSubjects (20) used to study both theory and practice of all medical subjects useful for repeat examinations etc
Electronic search remains the best of the services provided in electronic media using search engines.
This school provides search engines for all vital information and you can search the entire website in just one click. The search leads to dictionary information on all aspects of Medicine provided with, again, a modicum of text but a plethora of multimedia; JUST IDEAL FOR STUDENT FAST REVISION
The information on the school has been widely disseminated to all medical schools in the world through their respective Deans by REAL posters and real mail.
The website is available on the world wide web and free, including access to the only Human anatomy Museum on the internet that uses real cadavers for dissection
Although still a growing website, its integration of all medical subjects is stupendously flamboyant to capture a learning environment that is capable of taking care of learning theory.
Its learning environment take into consideration artistic temperaments and hence provides pluralistic environments for learning.
It has exotic features such as Tropical medicine and high technology medicine for the two most far apart modalities of health practice in the world.
In a world where time is money, it is totally unnecessary for a person to spend 10 years or more in order to specialize. With a capture of the essence of procedures via Electronic Medicine at least skill acquisition can be curtailed considerably while allowing time for theoretical learning.
This school is free
IT DOES NOT COST A THING
WEBSITE STATISTICS
Electronic medicine Limitations
While eMedicine as defined in this paper has many features to support and recommend it, it is essential that we spell out its limitations.
It is amenable only to two out of the five senses and the third for touch is limited in its scope. Hence it is to be used all the time as adjunct to the real and not just on its own!
Electronic medicine senses
Taste- no longer useful to doctors Smell- still slightly useful but of no
purpose in electronic medicine Touch- can be useful in tenderness but
useless in consistency unless with some electronic dexterity
Vision – just as good if not better Auditory- just as good if not better
Electronic medicine limitations
ESM presently uses Java and that is not peculiar to it. Some other virtual programs use JAVA on internet which is not enabled in modern Windows operating systems. This is strong limitation to most users but can be circumvented. We need JAVA for two things– The very fine discriminatory audio localization– The encryptment of multimedia facilities
MEDICAL EDUCATIONWEBSITE ENGINES
MEDICAL EDUCATION
ELECTRONIC PATIENT PROBLEM
END
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