European Journal of Molecular & Clinical Medicine

Let's start with IoT, which enables developers to boost prediction even before they have all the data they need. Now that we have access to so much data, we can train machines to make more accurate predictions about how they will operate and when they will need repairs. According to the WHO, cancer is the second biggest cause of death throughout the globe. Those afflicted by cancer are more vulnerable to passing away during the present pandemic. A round-the-clock monitoring system is essential since the disease's prevalence rises steadily over time. The IoT may be used as a cancer monitoring system, allowing for the detection of early cancer indications, the ongoing monitoring of people who have cancer, and the testing of those who have been deemed cancer-free after treatment. This work lays out a comprehensive strategy for a disease monitoring and control system based on the Internet of Things, which might form the backbone of cancer diagnosis and management in far-flung locations

Diagnosis is an area of utmost importance in medical treatment. A person can be cured only when the doctor properly diagnoses the disease and gives the appropriate treatment. However, wrong diagnosis, wrong treatment even when the disease is correctly diagnosed, and wrong treatment can cause side effects and delay the cure. Sometimes it can be life-threatening. It is important for us to know how allopathic doctors, who are now called modern doctors, diagnose disease. They first note down the patient's complaints in order. In this paper, an innovation development of disease identification was proposed using medical deep learning model. The complete and correct information they can provide helps in proper diagnosis. Only after that the doctors examine the patient's body. Testing is not just about checking pulse and blood pressure. All body parts will be examined like abdomen, nervous system-brain function, muscle, skeletal system. Urinary tract and sexual organs will also be examined by the appropriate doctor. Thus, after doing a full body examination, they find out what the patient is suffering from.

Background: Blood transfusion plays important role in medical and surgical practice. The
present study assessed clinical and demographic profile of blood transfusion recipients.
Materials & Methods: The present study was conducted in the department of Forensic
Medicine. It comprised of 128 blood transfusion recipients of both genders. Ethical
clearance was taken prior to the study. All patients were informed regarding the study and
written consent was obtained. General information such as name, age, gender etc. was
recorded. Data such as blood group, product requested, ward and clinical diagnosis was
obtained.
Results: Out of 128 recipients, males were 61 and females were 67. Maximum recipients
were of A+ (67) followed by O+ (50), B+ (3) respectively. The difference was significant (P<
0.05). Clinical wards of recipients was medical in 3, orthopedics in 31, surgical in 42,
gynae in 20, casualty in 15, ENT in 10 and pediatrics in 7 cases. The difference was
significant (P< 0.05).
Conclusion: From the results of the present study, this can be concluded that female
recipients of blood transfusions were higher than males. Most of the patients were A+
recipients. Maximum cases of blood transfusion were seen in surgical ward followed by
orthopedics and gynae.The least number of blood transfusion recipients were in medicine
department.

Background: Oral health maintenance is indispensable for the upkeep of overall health, and a close association has been found between oral diseases and several systemic conditions.
Aims and objectives: To assess the status of awareness of link between oral health and systemic health among undergraduate dental and medical students.
Materials and methods: A cross sectional study was performed using a standardized questionnaire, wherein 20 questions were asked related to oral hygiene care, practice done and association of potential link between oral and various other systemic diseases like diabetes, rheumatoid arthritis, myocardial infarction, respiratory diseases, osteoporosis. A total of 300 subjects were randomly selected for the study, wherein 150 were third and final year medical students and the other 150 third and final year dental students.
Results: Dental students had more number of mean positive responses and less negative responses in comparison to their medical counterparts, and this difference was found to be statistically significant. Thereby, it is perceptible that dental students had more awareness with respect to the link between oral and systemic health. Moreover, it was also noted from the responses of the first six questions that dental students had better oral health behavior, knowledge and status than the medical students.
Conclusion: Our study shed some light on the lacunae that exists in the inter-field (medical and dental) training from the undergraduate level which can be rectified by modifying the regulations.

Background:Stress starts while the emotional, environmental, physical and social needs of
the individuals compete with one another, and exceed the ability of the individual. The
present study was conducted to assess cardiovascular status of medical students during and
after the examination.
Materials & Methods: 120 first year medical students were recruited. Parameters such as
height, weight, pulse rate, systolic blood pressure and diastolic blood pressure were
recorded before, during and after the examination as per WHO standards.
Results: Out of 120 subjects, males were 55 and females were 65. The mean SBP (mm Hg)
in males before, during and after examination was 110.2, 124.8 and 126.2 respectively. In
females, it was 106.4, 128.2 and 130.4 respectively. The mean BBP (mm Hg) in males
before, during and after examination was 74.2, 80.4 and 86.2 respectively. In females, it
was 72.8, 82.4 and 88.2 respectively.
Conclusion: Systolic blood pressure and diastolic blood pressure showed statistically
significant increase during examination and after examination

Now a day in this world most of them are affected by various types of diseases. So the use of medicine is increasing day by days. Every disease has some medicine to treat it. Medicine are of various types they are in the form of liquid, tablet, capsules, drops, injection etc. but in some situation everyone don’t have sufficient time to go to the medical shop for buying their medicines. But medicines are so important for the treatment of their diseases. In chronic type of health issues are based on the medicines availability. Sometimes absences of the medicines change the life of affected person. To avoid such kind of situation this proposed work provides the detail of all the medicine in the pharmacy are stored in with the help of the concepts of cloud computing is the on demand availability of the computer systems resources, mainly data storage and computing power without direct active management by the user.