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Interestingly, even in cultures differentiated for three weeks, all AP-capable cells displayed immature APs (Fig. 3C) that could be suppressed with 1 µM TTX (n = 4, data not shown).
As shown in the figure, node A sends an RTS to the AP (FD capable) first and, then, the AP makes a decision to send data to node D while also receiving data from node A. If nodes A and D are close to each other, the packets from node A will interfere with the packets sent by the AP to node D, thereby producing inter-user interference problems.
AP is capable of dephosphorylating the lipid-A moiety of endotoxin, converting it to a non-toxic monophosphoryl product [ 2- 7].
This means that AP is capable of changing the cytokine profile towards a reduction of the pro-inflammatory response under LPS-challenging conditions.
We found that extracts from AP were capable of reducing the mRNA expression of pro-inflammatory cytokines such as TNFα and IL-1β in the LPS-challenged PBMC, without affecting the mRNA expression of the anti-inflammatory IL-10.
An FD-MAC was proposed for a WLAN by [18], where AP is FD capable and all the clients are traditionally HD capable.
Many existing AP schemes are capable of recovering the Euler limit in the continuum regime.
Another AP-based MAC protocol was proposed by [19], where all of the clients and AP are FD capable.
The basic structure of Het-WLAN is shown in Fig. 2, where the access point (AP) is FD capable (FD-AP) and some FDNs are present as well as HDNs.
Data from in vitro studies with LPS-challenged PBMC indicate that AP extracts are capable of reducing the mRNA expression and synthesis of pro-inflammatory cytokines.
These results could be explained by our previous findings that MX-bound AP sites were capable of poisoning topo II α and inducing topo II α-mediated DNA DSBs, triggering apoptosis.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com