Likewise, manipulating the HGF Met system with complete control will lead to a tailor made treatment for those infectious diseases.
It is known that all tumors studied in sufficient number to draw conclusions show characteristic/specific chromosomal rearrangements, and the identification of these chromosomes and the genes rearranged behind the aberrations may ultimately lead to a tailor-made therapy for each cancer patient.
Although a better documentation of tumour size and extent could lead to a better tailored surgery, with a low rate of re-interventions for positive resection margins, randomized studies that evaluated the surgical outcome of preoperative MRI gave conflicting results [ 45– 45].
This strategy will lead to a therapy increasingly tailored to the individual patient.
Using these components in future research may help our understanding of the association between physical activity and health in old age, which will ultimately lead to a more specific and tailored physical activity advice for older persons.
Such approach may lead to a programme that is not only tailored to the patients, but also tailored to the context and practice of GPs.
It is hoped that this discovery will quickly lead to treatments tailored to patients in different risk classes, and possibly to a screening test, and ultimately it is hoped that the ETS family oncogenes will be molecular targets for novel therapies.
The advance could lead to a more precise way of tailoring specific knots to particular needs such as surgical operations and might also improve our understanding of naturally occurring knots in DNA and elsewhere.
The technique may help doctors choose treatments more judiciously and could lead to new tailored therapies.
Stronger engagement will lead to better learning outcomes, that will lead to further tailored action by the teacher.
