Molecular changes may, therefore, represent a better method of risk stratification in BO.
Synthetic lethal interaction partners of cancer-associated molecular changes should therefore offer excellent therapeutic opportunities.
It is generally accepted that the development of cervical cancer from precancers (CIN2/3) involves multistep molecular changes and is therefore a preventable disease if precancers are detected and treated early.
However, molecular changes precede tumour shrinkage, and therefore, there is an increased interest in functional imaging in the search for early response evaluation attributes [2, 3].
Therefore, specific molecular changes associated with breast cancer development were identified and may be indicators of neoplastic progression.
These data in aggregate therefore suggest that molecular changes of enkephalin gene expression are related to EA's long-lasting actions on elevated BP in hypertensive models.
In the resulting model system for HPV-mediated multistep transformation of human keratinocytes (Figure 4), we demonstrated that HPV16 induces pre-neoplastic alterations that parallel many of the molecular changes detected in cervical cancer [78], therefore validating the model system as a suitable context in which to study molecular mechanisms of HPV-mediated immortalization and tumor progression.
Understanding the molecular changes that occur during sleep disruption therefore requires experimental designs that distinguish circadian and homeostatic influences, and this has been addressed in a recent investigation by Archer et al. [ 29].
Therefore, understanding the molecular changes that specify the archesporial cells, the progenitors of meiotic cells, is crucial in defining the network of cellular processes leading to a successful switch from mitosis to meiosis.
In our analyses on genes with a large difference in their network connectivity, we attribute this to their down regulation in a certain stage of AD because we know that certain regions get affected later on in the course of AD progression and therefore show early molecular changes occurring in AD.
