Biological agents classification

Medical Classification, Probable Form of Dissemination, Detection in the Field, Infective Dose, Incubation Time, Persistence, Personal Protection, Routes of Entry to the Body, Per-son-to-Person Transmissible, Duration of Illness, Potential Ability to Kill, Defensive Measures, Vaccines, Drugs Available, and Decontamination. In each case, for both Chemical and Biological agents, each agent will have guidelines laid out within the book. 

A bioreactor is a vessel in which biochemical transformation of reactants occurs by the action of biological agents such as organisms or in vitro cellular components such as enzymes. This type of reactor is widely used in food and fermentation industries, in waste treatment, and in many biomedical facilities. There are two broad categories of bioreactors fermentation and enzyme (cell-free) reactors. Depending on the process requirements (aerobic, anaerobic, solid state, immobilized), numerous subdivisions of this classification are possible (Moo-Young, 1986). 

Rapid Test Confirmation From the extracted sample, a number of rapid confirmation methods or test kits are available to confirm if the contamination is a biological agent (ATP). Even more specific tests such as immunoassays can be utilized to corroborate the BioSentiy probable classification. PCR is another possible confirmation test with high specificity". 

C. Classification of Biological Agents. Taxonomic classification of biological agents is important in terms of detection, identification, prophylaxis, and treatment. Biological agents which may be used as weapons can be classified as follows ... 

Activities such as maintenance where there is the potential for a high level of exposure The approved classification of any biological agent... 

Proteins are the agents of biolo ealfunction. Virtually every cellular activity is dependent on one or more particular proteins. Thus, a convenient way to classify the enormous number of proteins is by the biological roles they fill. Table 5.3 summarizes the classification of proteins by function and gives examples of representative members of each class. 

Chand N, Eyre P Classification and biological distribution of histamine receptor subtypes. Agents Actions 1975 5 277-295. 

The analysis of X-ray contrast agents has not been described in too much detail in the hterature. Only scattered data for individual compounds can be found. In the following paragraphs, we will concentrate both on the determination of physicochemical characteristics, which allow for a classification of different contrast agents, e.g. into high and low-osmolar substances, and on the separation from by-products or biological material and on the determination of concentrations. Structural aspects of iodinated contrast agents have been described by Toennessen et al. [81]. 

The creatures of the world, both animals and plants, produce a wide range of biologically active substances. Biologically active substances produced by animals or plants that cause an adverse effect are called toxins. Toxins refers only to toxic agents produced by animals and plants, not toxic substances such a lead or pesticides. The classification of a substance as a toxin tends to be in the eye of the beholder. Is caffeine, a naturally occurring agent in many plants, a toxin or just a pharmacologically active compound or both ... 

One of the emerging biological and biomedical application areas for vibrational spectroscopy and chemometrics is the characterization and discrimination of different types of microorganisms [74]. A recent review of various FTIR (Fourier transform infrared spectrometry) techniques describes such chemometrics methods as hierarchical cluster analysis (HCA), principal component analysis (PCA), and artificial neural networks (ANN) for use in taxonomical classification, discrimination according to susceptibility to antibiotic agents, etc. [74],... 

---