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Sector-wide approaches has now been used in development for little more than a decade but is still evolving.
The recent progress in genomic approaches has now led to an increase in the number of transgenic and knockout animal models that can be used to investigate the role of specific genes in retinal function and related disorders in humans, e.g., rd1 is a mouse model for RP [ 2], Nr2e3 for the Human Enhanced S-cone syndrome (ESCS) [ 3], Rds for macular dystrophy and RPE65-/ for LCA [ 4].
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A few modified iterative projection approaches have now been proposed.
Mechanism approaches have now developed into a robust alternative to theory reduction (see Section 5).
Biotechnology approaches have now shifted emphasis towards marker-assisted breeding and the construction of vectors containing highly regulated transgenes that confer resistance in several distinct ways.
Novel integrative approaches have now revealed the molecular architecture of the entire complex and provided the first insights into the conformational changes during its functional cycle.
Research on anticancer targeted therapy has made several advances; a number of "smart" approaches have now reached the clinical phase of experimentation and some of them have been approved for the routine treatment of patients affected by specific types of cancer [5], [8], [15], [16], [17], [18], [19], [20], [21], [22].
Different experimental approaches have now confirmed this role.
A host of analogous systematic detection approaches have now begun to chart the extensive networks of interactions and associated protein modifications in human cells [ 10].
Our approaches have now enabled such an examination, uncovering a strongly conserved synaptic organization function of the Teneurins from PNS to CNS.
A number of creative approaches have now been developed to deliver bioorthogonal functional groups to biomolecules in cells and model organisms.
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CEO of Professional Science Editing for Scientists @ prosciediting.com