Environmental adaptability

Barry C.E. Mdluli K. (1996) Drug sensitivity and environmental adaptation of mycobacterial cell wall components. Trends Microbiol, 4, 275-281. 

Bacteria killing effect that is not affected by environmental adaptation of the bacteria... 

The intelligent molecular materials are designed on the model of the biological systems which involve the molecular systems and structures with the intelligent characteristics such as environmental adaptability and selfrepair [19]. 

Off-farm calculations, using computer models, allow the definition of optimal balance ranges and offer alternative measures of optimising the environmental adaptation of the production level of farming systems (Biermann et al. 1997 Htllsbergen et al. 1997). 

Selanders, L. C. (1995). Florence Nightingale An environmental adaptation theory. In C. Metzger-McQuiston A. A. Webb (Eds.), Foundations of nursing theory Contributions of 12 key theorists. London Sage. 

Desmond, C., Stanton, C., Fitzgerald, G.F., Collins, K., and Ross, R.R Environmental adaptation of probiotic lactobaciUi towards improvement of performance during spray drying, Int. Dairy J., 11, 801, 2001. 

Process design the report includes sections that discuss the use of techniques such as risk and life-cycle assessments to provide a holistic view of a product s environmental impact. Examples of environmentally adapted products include solvent-free lacquers, biologically degradable lubricants and catalysts for VOC and NOx reduction. 

Fig. 8. Sea surface temperature (SST)-size relationship for species with different environmental adaptations (data from Schmidt et al. 2004a) the polar species Neogloboquadrina pachyderma sinistral, the subpolar species Globigerina buUoides, Globorotalia truncatulinoides showing two environmental optima one for the subtropical type (after de Vargas et al. 2001) and one for the temperate type and for the tropical species Globorotalia mermrdii.

Kassfeldt, E. G. Dave. Environmentally adapted hydraulic oils. Wear 1997, 207, 41-45. 

While strong evidence is lacking and difficult to obtain, many if not all of the aforementioned halogenated metabolites are likely produced as defensive environmental adaptations. Just as chlorine substitution increases the potency of commercial pesticides, the toxicity of simple terpenes is greatly increased by virtue of added bromine substituents. Those marine organisms that produce substances of this nature cleeirly benefit by enhanced survival against potential predators. 

Dalmay T (2006). Short RNAs in environmental adaptation. Proc. Biol. Soc. 273 1579-1585. 

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