The phrase "allow for penetration" is correct and usable in written English.
It can be used in contexts discussing physical or metaphorical entry, such as in scientific, medical, or technical discussions.
Example: "The design of the material must allow for penetration by the necessary fluids to ensure proper functioning."
Alternatives: "permit penetration" or "facilitate penetration".
"We cut the girls and then we sew them up them so that no man can interfere with them, then, the day before their wedding, they come back to us so that we can cut a hole to allow for penetration".
The device only helps with erections, which can allow for penetration during sex, she said.
Do our current antimicrobial therapies allow for penetration into the biofilm?
This includes the ability not only to void while standing, from the tip of the phallus, but also to achieve sexual function, with a sensate penis of sufficient bulk to allow for penetration.
Additionally, the metabolism of lipids, glycogen, and sugars from the spore are utilized for the biosynthesis of glycerol in the appressorium, thereby generating the necessary turgor pressure to allow for penetration of the host cuticle.
The tissue was allowed for penetration by RNALater solution at 4 °C overnight and then transferred to −20 °C before further isolation of total RNA.
Hippocampal slices loaded with Fluo-4AM Ca2+ indicator were imaged by two-photon excitation generated by a titanium:sapphire (Ti Sa) pulsed infrared laser, which allowed for penetration into tissue slices.
All of these compounds feature a chromanol ring with a hydroxyl group that can donate a hydrogen atom to reduce free radicals, and a hydrophobic side chain that allows for penetration of the compounds into biological membranes.
Recently, Labouta et al. 2011a, b showed that in contrast to intact skin barrier, the skin compromised by toluene allows for penetration of nanoparticles of 15 nm into viable skin (Labouta et al. 2011b).
Either Isolated PBMCs or WBCs were seeded at total cell density of 8-10 × 10 cells in 2ml of media and were cultured on thin Mylar based plastic dishes (MD) (Chemplex Industries, Palm City, FL, USA), which allowed for penetration of α-particles.
This would make electricity more reliable and allow for higher penetration of technologies like wind and solar, which produce power intermittently.
