HEC: Haploid Evolutionary Constructor GN: gene networks HT: horizontal transfer C: compensatory reproduction strategy NC: non-compensatory reproduction strategy Additional information can be found in Additional file 13, 14, 15, 16, 17, 18 and 19.
c After reproduction with corresponding phenotypic frequency.
Open image in new window Fig. 7 a Pre-operative radiograph with a slight lateral MAD, b the proposed planning to achieve normal limb alignment after lengthening is completed, c the reproduction of the planning and achieving normal alignment at the end of lengthening with no residual MAD, d the final radiograph after regenerate consolidation with normal limb alignment and no residual MAD.
When asked about what would happen to an insular bird population with wing-size polymorphism after the release of cats in their islands, most students correctly predicted changes in the frequency of phenotypes, invoking differential survival (A, B, C) and reproduction (B) of the more adapted birds.
In contrast, elongin C affected reproduction independently of HIF‐1.
Category C: Animal reproduction studies have shown harm to the fetus, but there are no adequate studies in pregnant women.
(C) Simulate the reproduction of the surviving Smarties.
The advantages of IGC over other techniques, are (a) an efficient use of lab resources, (b) a high sensitivity to low partitioning coefficients and (c) a closer reproduction of field conditions.
(A) shows the pre-operative radiograph with a slight lateral MAD, (B) shows the proposed planning to achieve normal limb alignment after lengthening is completed, (C) shows the reproduction of the planning and achieving normal alignment at the end of lengthening with no residual MAD, (D) shows the final radiograph after regenerate consolidation with normal limb alignment and no residual MAD.
