Effect of Electromagnetic Field on Antimicrobial Activity and Novel Antimicrobial Compounds

The objective of this study is to determine the antimicrobial activity of the essential oils and effect of electromagnetic field on the activity. To find out antimicrobial activity of essential oils (Thyme, Clove, Lavender), against test organisms disc diffusion assay was performed. MIC of all essential oils were determined under electromagnetic field and non-electromagnetic field. Both studies confirmed the antimicrobial activity of oils and effect of electromagnetic field. However, time killing experiment was conducted to calculate rate of inhibition for essential oils, lavender oil and thyme oil showed higher rate as compared to that of clove oil. This study provides evidence to antimicrobial activity of essential oils, and also confirmed the effect of electromagnetic field on the activity. The proposed mechanism for antimicrobial activity is inhibition of metabolic enzymes which has supported with Analytical Profile Identification (API 20NE)

A Review: Protein Interaction & Behavior Assessment in Host Cells after Novel Drug Compound Administration using Systems Biology Approach

To understand complex biological systems requires the integration of experimental and computational research; in other words systems biology approach. Computational biology, through via different software helps in exploration more than one gene expression at a time and also understanding the connectivity, Systems Biology provides a powerful foundation from which to address critical scientific questions head-on. The reviews in this Insight cover many different aspects of this energetic field, although all, in one way or another, illuminate the functioning of modular circuits, including their robustness, design and manipulation. Computational systems biology addresses questions fundamental to our understanding of life, yet progress here will lead to practical innovations in medicine, drug discovery and engineering, In this study we have evaluated th

Current Scenario of Molecular Diagnostics in Indian Healthcare Sector

After successfully accomplishing the Human genome project and opening new avenues for genome based diagnostics and therapy in healthcare sector, development of personalized medicine and advancing molecular diagnostics has been the prime agenda of scientists all-round the globe. Molecular diagnostics has made possible the diagnosis of the previously undetected viral nucleic acids, early access of data to doctors, a deeper understanding of the disease cause, treatment dose and success of the treatment depending upon the case. It has provided an immense scope of novel and more sophisticated biotechnology and biomedical tools to be employed in the sector procreating a new interdisciplinary field. The gene based testing in all fields has flourished in leaps and bounds after the prediction of >5% in 2005. Here we discuss the current scenario, scope and limitations of the Molecular diagnostics in terms of its significance in public health care

Understanding Environmental and Social Reasons Towards Abnormal Menstruation Cycle in Indian Women

The human female reproductive system is by far the most complex biological system, abnormal menstruation cycles is directly associated with type 2 diabetes and they have shown to be associated with cardiovascular disorders as well. The underlying reasons for abnormal menstruation cycle in Indian women is just not stress, birth control pills and or disease symptoms but signs of social and environmental factors are clearly evident now in form or traditional societal practices. This paper aims to understand the abnormal behavior of the menstruation cycle in Indian women

Taramon

traduzione di parte del romanzo di Selina Hossain, Juddh