We first performed tissue specificity analysis to identify genes that are both tissue-specific and up-regulated in tumors compared to controls, but identified few novel candidates.
In terms of clinical applications, both tissue-specific and pluripotent stem cells can be used to generate cells for autologous (patient-sourced) and allogenic (donor-sourced) therapies.
Adenosine A2A receptors are an essential part of the physiological negative feedback mechanism for limitation and termination of both tissue-specific and systemic inflammatory responses.
Similarly, adaptation of the Mfp-inducible system for use in gene knockout models has resulted in the development of new gene ablation technology which is both tissue-specific and Mfp-dependent.
However, it is necessary to determine which specific types of manipulation and nonmanipulative types of chiropractic adjustive care are most effective for particular types of low back pain across both tissue-specific and functional classifications.
This requirement presents a common challenge for both tissue-specific and pluripotent stem cells since iterative experimentation is required to: i) identify the optimal cell type for disease intervention, and ii) establish appropriate conditions to generate and purify a clinically useful number of the required cell(s)[29 33].
SMN is thought to be involved in both tissue-specific and cell-essential functions.
In contrast to whole embryo ChIP-chip studies, the data reveal both tissue-specific and non-specific binding by these factors.
DNA sequences that regulate expression of insulin gene are located within approximately 400 nucleotides upstream of the transcription start site [16] and direct both tissue-specific and metabolic-responsive transcription of the insulin gene.
Second, the results of biochemical studies indicate that miRNA repression of mRNA is dependent on the specific cellular conditions [17], hence both tissue-specific and temporal-specific studies are needed to define each condition.
These transcribed pseudogenes showed both tissue-specific and constitutive expression profiles.
