Nearly 80% of these membrane traffic defective strains showed defects in uptake of the K+ homolog, Rb+.
The SEM and TEM observations showed defect-free uniform coaxial nanofibers with about 153 nm diameter.
Particles as fine as 1.3 nm, corresponding to 4-layered FLG, were observed by AFM, while high-resolution TEM showed defect-free regions of graphene.
For comparison, the defects without repair treatments still showed defects with fibrous tissues.
Considering these features separately: 31% of control embryos showed defects in body structure.
PPARγ-null TS cells showed defects in both proliferation and differentiation, specifically into labyrinthine trophoblast.
Furthermore, Drosophila pink1 and parkin loss-of-function mutants showed defects in mitochondrial morphology [6], [7], [8], [9], [10].
Neither che-1 nor odr-7 null mutants showed defects inullther type of chemutants ashowedo NH4Ac.
A proportion of ovules also showed defects in integument development.
However, they showed defects in their bioluminescence oscillations.
