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Studying forest edge-interior gradients in two regions of western Mongolia, we found a significant reduction of branch theoretical (Kp) and empirical conductivity (Ks) in the putatively more drought-affected forest interior in the Mongolian Altai (mean precipitation: 120 mm yr−1), while no branch xylem modification occurred in the moister Khangai Mountains (215 mm yr−1).
In summary, these data show that EGFR signaling is required to generate the correct number of axonal branches through the reduction of branch precursors formed during development.
Trees constructed with FMDV populations whose 3D (polymerase) included a substitution that decreased the sensitivity to R (RAp45 and RAp60) [ 40] displayed a slight reduction of branch length, but maintained the same general topology.
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Sunitinib alone resulted in a moderate but significant reduction of branching points in all quantified zones (** P<0.01).
Finally, we suggest that a loss of LARP-5 activity results in decreased mRNA stability and thus a reduction of branching at all orders.
The medium composition (Table 1) is derived from the CDM medium [ 17, 18] with a ten-fold reduction of Branched-Chain Amino Acid (BCAA) concentrations i.e., valine, leucine, isoleucine.
Therefore, the text now reads: "Upon overexpression of the truncated ntrk3adN-GFP construct in single wildtype RGCs by mosaic DNA expression, we observed a substantial reduction of axon branch length and number of branches at 5dpf, consistent with a role of Ntrk3 as a branch-promoting receptor.
Upon overexpression of the truncated ntrk3adN-GFP construct in single wild-type RGCs by mosaic DNA expression, we observed a substantial reduction of axon branch length and number of branches at 5 dpf, consistent with a role of Ntrk3 as a branch-promoting receptor.
A successful logicist reduction of any branch of mathematics will therefore show that its truths (strong version) or its theorems (weak version) are analytic.
Thus, we find that loss of cgh-1 or cpb-3 results in an increase of secondary and tertiary dendrite branches but also causes a roughly 30% reduction of terminal branches.
Without local basal reduction of the branching threshold (T, black arrow), the most basal metamer always produced a branch (E ).
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com