The example in Fig. 7(a) shows the positions of primal DOF after two cross insertions.
Additional olefin functionality was tolerated, and no cross-insertion was observed (Table 1, entry 8).
However, as illustrated in Fig. 7(a), this is not guaranteed if we apply substructuring by cross-insertion without additional considerations.
This is easily guaranteed, if we start from a fully matching setting, apply substructuring by cross-insertion as described in Section 5.2, and select primal DOF at all subdomain vertices which are not hanging.
If we start from a fully matching setting, apply 1-level substructuring by cross-insertion, and choose all non-hanging vertices as primal vertices, then it is guaranteed that there are at least two primal vertices, i.e., at least four primal DOF, on each subdomain.
The ubiquity of organometallic intermediates in important methodologies (cross coupling, insertion, etc).
To make this stock, we first crossed each insertion line to an "X-chromosome Canton-S double balancer stock" (w+; If/CyO; MKRS/TM6b) over two generations to produce w+; UAS-shibireTS1/CyO; MKRS/TM6b and w+; If/CyO; L2-Gal4/TM6b stocks.
HangOut is based on two assumptions: (i) each HSP contains at least one correctly aligned region, and (ii) incorrectly extended regions exist in every HSP that crosses the insertion point.
However, in one of the crosses, two insertions were located on the same chromosome, ∼27 kb apart.
