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The best and most widely used classification of plant diseases is based on the causal agent, such as a noninfectious agent or an infectious agent (i.e., a virus, viroid, mycoplasma, bacterium, fungus, nematode, or parasitic flowering plant).
The new generation of vaccines against infectious diseases is based on recombinant fusion proteins.
The treatment of some high-incidence human diseases is based on therapeutic cell killing.
The conventional approach to investigating prostatic diseases is based on two-dimensional (2D) cell culturing.
Control of vegetable virus diseases is based on prevention of virus infection, using virus-free seeds and multiplication material, controlling virus reservoirs (weeds and volunteer plants) and vectors, and hygiene of operators and disinfecting implements.
The pathogenesis of prion diseases is based on the presence of PrPSc, a protease-resistant isoform of the normal cellular prion protein called PrPC [1], [2].
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Several tissue engineering approaches for the treatment of cardiovascular diseases are based on a xenogeneic extracellular matrix.
Some of the most effective vaccines used for preventing viral diseases are based on live attenuated viruses.
The costs for the diagnosis and treatment of HPV-related diseases were based on German cost studies and a German health technology assessment report (Table 3) [18, 31].
Moreover, the biological processes controlling drug efficacy or development of diseases are based on networks of heterogeneous, yet interacting, biological functionalities.
Most mathematical models for tick-borne diseases are based on this assumption.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com