We indicate the fraction of photorespiratory CO2 in the bundle sheath derived from mesophyll oxygenation (0.98 – the derivation from transcriptome data is given in Heckmann et al., 2013) now in the Methods section of the manuscript.
To be specific, this complex is consisted by a geometry-specific calcium phosphate sheath, derived from computer aided design and low temperature 3D printing, and an axial bone cement pillar delivering antibiotics.
1) Please, indicate the value for the latter parameter (i.e., the fraction of photorespiratory CO2 in the bundle sheath derived from mesophyll oxygenations).
Interestingly, several important pathogens including Vibrio cholerae, which causes cholera, and Helicobacter pylori, which can cause stomach ulcers coat their flagella with a sheath derived from their outer membrane.
[Editors' note: further clarifications were requested prior to acceptance, as described below.] 1) Please, indicate the value for the latter parameter (i.e., the fraction of photorespiratory CO 2 in the bundle sheath derived from mesophyll oxygenations).
Additional clarifications (and/or analyses) may further strengthen the predictions: The lower bounds on the diffusion of gylcine, serine, and NADPME reaction are fixed based on oxygenation rate and the fraction of photorespiratory CO2 in the bundle sheath derived from mesophyll oxygenations.
In this case, the model predicts that bundle sheath derived ammonia is transferred from glutamate to phosphohydroxy-pyruvate by phosphoserine aminotransferase to yield phosphoserine; phosphoserine is then converted to serine by phosphoserine phosphatase.
Repair of injured tendon sheath remains a major challenge and this study explored the possibility of in vivo reconstruction of a tendon sheath with tendon sheath derived cells and polyglycolic acid (PGA) fibers in a Leghorn hen model.
Although the etiology of schwannoma is not clear, it is known to be derived from nerve sheath Schwann cells, which surround cranial, peripheral, and autonomic nerves [6, 7].
Some FeOB extrude abiotic polymeric structures, eg stalks or sheaths, upon which they deposit Fe3+ derived from their metabolism (oxidation of Fe2+ to Fe3+).
