A cryogenic process, including freeze-casting and drying has been performed to obtain hydroxyapatite (HA) scaffolds (approx. diameter 10 mm, height 20 mm) with completely lamellar morphology due to preferentially aligned channel-like pores.
In water depths of 5 to 20 m, several regions covered with mud or revealing a channel-like morphology (Di Geronimo et al., 2009; Feldens et al., 2009, 2010, 2012), were found to host tsunami deposits.
Proper opening of both the "gate" and "plug" in the membrane produces channel-like morphologies and access to the catalytic aspartates.
SEM micrographs revealed that the morphology of dry hydrogels changes from interconnected spherical pores to channel-like pores, with the change in the cross-linking degrees from 3to5%5%.
CuS with different morphologies (plate-like, nanoparticle-like, sphere-like, and flower-like) are successfully synthesized via a simple low-temperature solvothermal approach without any surfactant or template.
Channel-like pores with a well-ordered hexagonal structure were observed by TEM observations.
Both the gels possess crystalline-like structures in their morphology with sheet-like layers, in a highly-ordered channel-type packing mode, which were proved by OM, SEM, XRD, and FT-IR measurements.
Here, scrRNA-treated cells showed a characteristic morphology with needle-like filopodia.
Like the raw sago waste, SHP exhibited a rough surface morphology with a larva-like structure.
Normal cells showed the typical cuboidal morphology of U251 while the treated cells depicted shrunken morphology with a spindle-like structure.
