Only five studies are reported addressing tissue-specific cell heterogeneity [ 19, 30, 53, 68, 99].
We also welcome papers that address tissue homeostasis in in vivo and in vitro systems as well as aging and its relation to cancer.
The aim of this systematic review was to address tissue engineering and regenerative medicine (TERM) strategies applied to the meniscus, specifically (1) clinical applications, indications, results, and pitfalls and (2) the main trends in research assessed by evaluation of preclinical (in vivo) studies.
This was translated into an extended 60 min run-time, and did not address tissue analysis.
In the analyses of the results shown in Fig. 2, fast and slow tissue evolutionary rates were based on ω values but we did not address tissue types.
Although laser-capture microdissection (LCM; Emmert-Buck et al., 1996) offers a direct way to address tissue heterogeneity by allowing for isolation of morphologically distinguishable cell types, there are occasions when it is not feasible.
For clinical applications, in particular for the benefit of cancer patients, several key issues need to be addressed: Tissue material, input amounts and reproducibility of the data in regard to tumor heterogeneity.
We, therefore, position our experiment as the first step in DIA validation process to ensure accurate estimation of Ki67 LI in a selected tissue sample, with subsequent steps to use automated DIA to address tissue heterogeneity and sampling issues as well as prediction of clinical outcomes.
The aim of this systematic review was to address tissue-engineering strategies for knee ligament reconstruction.
Few studies have addressed tissue-specific gene expression patterns in the grape berry.
