cmi_blog_daily_dose

  A wide range of wearable electrochemical sensors and biosensors are been developed in Japan for real-time non-invasive monitoring of electrolytes and metabolites. Biomimicry, the study of biological and other information that can be used to develop or diagnose a disease, has been greatly advanced through the use of various techniques like non-invasive biosensors in clinical analysis. These non-invasive biosensors are capable of providing accurate, real-time information pertinent to the metabolic status of the samples under investigation. The applications of these types of biosensors in clinical analysis span the entire spectrum from determining the extent of an infection to detecting drug toxicity or the presence of a tumor. One very efficient noninvasive biosensor used in clinical analysis is the method of detecting physiological activity using the reaction of the peripheral nervous system. Clinical research has shown that this method is capable of detecting muscle twitch, hear...

  Cell growth and expansion is a simple process to understand, but complex in biological systems. Basically, plant growth and development take place at the molecular level: C ell E xpansion , also known as mitosis, involves the separation and duplication of entire sets of cells. Cells may divide into two types: a proton cell that generate the chemical energy ATP; a carbon-based cell that produce carbon dioxide; and an oxygen-based cell that produce oxygen. Because oxygen cell numbers increase with increasing levels of carbon dioxide in the surrounding air, photosynthesis, the process through which plants obtain food through the photosynthesis of food matter taken from the environment, is completed via an exchange of electrons between the plants' chloroplasts (the specific cell responsible for making energy) and the carbon compounds that comprise the exogenous carbon compounds. A.k.a., Photosynthesis. When cells multiply uncontrollably, the result is often an autoimmune reaction: t...