Overt diseases and organ damages arise much later in life.
Much interest has arisen in problems involving critical exponents, starting from the celebrated paper by Brezis and Nirenberg [1].
Much interest has arisen in the ability to complement dysfunctional mammalian complex I with Ndi1 or related enzymes from other simple organisms.
Much interest has arisen in recent years around the tumour-type specificity of carcinoma-associated fibroblasts that co-exist in breast cancer stroma.
Much interest has recently arisen in the role of a naturally occurring population of CD4+CD25+ regulatory T cells (Treg), characterized by expression of the forked-head transcription factor FOXP3, and increased levels of the surface markers CD45RO, CTLA-4, and GITR [6], [7], [8].
A general class of cellular dependencies that has received much interest in past studies arises when all cells of a clone inherit specific properties from the founding cell.
Much interest in dinosaurs has arisen because of the evidence that they became extinct approximately 65.5 million years ago (at the Cretaceous-Tertiary, or Cretaceous-Paleogene, boundary) during the aftermath of a large meteorite or comet impact.
The differential equations and variational problems with p ( x ) -growth conditions have been much interest in recent years since they can model physical phenomena which arise in the study of elastic mechanics, electro-rheological fluid dynamics and image processing, etc.
Regardless of whether cancers arise as a consequence of genetic or epigenetic changes, the factors that control the balance between replicative senescence and cancerous self-renewal are of much interest as potential therapeutic targets.
Yet neither lover is of much interest.
