The phrase "at tissue level" is correct and usable in written English.
It can be used in scientific or medical contexts to refer to processes or phenomena occurring within or affecting tissues in biological organisms.
Example: "The study focused on the effects of the drug at tissue level, examining how it interacts with cellular structures."
Alternatives: "on a tissue scale" or "at the level of tissues".
Minodronic acid suppressed the OVX-induced increase in bone turnover at tissue level.
The authors aimed to determine whether reasonable isoflurane concentrations at tissue level were being achieved to protect the myocardium using this agent.
The present paper focuses on the influence of fibre aspect ratio, q (slenderness), and Young's modulus (stiffness), relative to that of the gel phase, ER, on the magnitude of the axial tensile stresses generated within a fibril and wider implications on failure at tissue level.
Twentypercentt of O2, however, is already hyperoxic in vivo, especially at tissue level [62].
The monitoring of various physiological and biochemical parameters at tissue level is essential in many animal models of intensive care.
The MLC model can be used to optimize the nano micro interface at tissue level before moving into animal models.
At tissue level, mathematically models are developed to predict the dynamics of tumor growth (Chaplain et al., 2006) and osteogenic differentiation (Carter et al., 1998) under mechanical stimuli.
While the role of qTSN4 cannot be confirmed at crop level, its explicit effect reported here at plant level was confirmed at tissue level (Fabre et al. 2016).
A more precise description of the morphology and anatomy of the rice root system at tissue level has recently been provided (Rebouillat et al. 2008).
Initially proposed by Hill and Lupton [1], V̇O2max represents a physiological ceiling on the capacity to increase alveolar O2 uptake, O2 transport and/or consumption at tissue level in response to an increase in workload and metabolic demand.
An interpretation of the multi-exponential NMR signal of leaf tissue taking into account both cellular compartmentalization and heterogeneities at tissue level has been proposed on the bases of the NMR experiments, micrographs and physiological leaf characteristics.
