131) NP with spores and 48 NP without spores (control). |
132) n-free suture repair of the nerve defect (control). |
133) % phosphoric acid (b), and non-etched (c, control). |
134) four groups; the first group was kept as control. |
135) s own mRNA compared with the non-cultured control. |
136) advantage without statistical difference control. |
137) iodes (LED) (1,100 mW/cm(2), 20 s) as the control. |
138) e treatments were associated with poor BP control. |
139) nd saved in Eppendorf tubes to serve as a control. |
140) ly used insecticides in agricultural pest control. |
141) he penis in the rats of all groups except control. |
142) d by DAUA at all duration with respect to control. |
143) undesired event, that is, ineffective FMD control. |
144) covery remarkably as compared to the PHBV control. |
145) ion at Thr495, as compared to that in the control. |
146) μg/ml) when compared with the untreated control. |
147) y theory of restricted access and limited control. |
148) that the Ad should be in strict prenatal control. |
149) ction, stability, convenience and portion control. |
150) dges and in the cell-culture inserts as a control. |
151) ) to examine neighborhood informal social control. |
152) groups of snails with respect to those in control. |
153) ds with untransfected hUMSCs were used as control. |
154) ere found in rat brain tissue compared to control. |
155) NO) in mammary tissues when compared with control. |
156) ht of liver and kidney as compared to the control. |
157) V epidemiology but different laws for HIV control. |
158) tinued efforts in effective youth tobacco control. |
159) g effective management programmes for RVF control. |
160) Control region (D-Loop), of 934 bp lengt |
161) 24 bp), 22 tRNA genes (1504 bp) and 1 control region (1225 bp). |
162) rotein-coding genes, 2 rRNAs, 22 tRNAs, 1 control region (CR) and 1 light-strand rep |
163) l RNA genes, 22 transfer RNA genes, and a control region (CR). |
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