The ADFX-10 is an experimental UAV designed to operate as the cockpit of an ADFX-10F Prototype Raven. The ADFX-10 functions as the cockpit of an ADFX-10F Prototype Raven. As with its successor model ADF-11, the strake sections can unfold into main wings and fly independently as an escape unit.

The ADFX-10F is the configuration combining an ADFX-10 nose unit with a RAW-F wing unit made for air-to-air combat. For testing purposes, the wing unit is not equipped with laser weaponry, but it can be equipped with Quick Maneuver Air-to-Air Missiles in the weapon bays and on pylons mounted beneath the wings. [1]

The ADFX-10F is the configuration combining an ADFX-10 nose unit with a RAW-F wing unit made for air-to-air combat. For testing purposes, the wing unit is not equipped with laser weaponry, but it can be equipped with Quick Maneuver Air-to-Air Missiles in the weapon bays and on pylons mounted beneath the wings. [1]

2022年2月13日 · Here's a cool, fresh-from-the-factory ADFX-10F Prototype Raven (or merely an ADF-11F vismod, depending on how lore-committed you are) with a cobalt blue paintjob and FALKEN/Morgan-like underside.

2024年10月16日 · In this study, we found that the Arabidopsis thaliana cytoplasmic kinase AGC1.7 interacts with ADF7 in vitro and in vivo. AGC1.7 phosphorylates ADF7 at its Ser-6, Ser-103 and Ser-104 residues in vitro, while replacing these residues with alanine promotes ADF7-mediated actin depolymerization in vitro.

The ADFX-10 is an experimental UAV designed to operate as the cockpit of an ADFX-10F Prototype Raven. The ADFX-10 is only referred to as "UNKNOWN" in " Transfer Orders," the mission in which it makes its sole appearance as an unplayable boss unit.

ADF7 and ADF10 are two major actin-depolymerizing factors that promote the turnover of actin filaments but exhibit differential roles in response to the cytosolic pH gradient in pollen tubes....

An important player in actin remodeling is the actin depolymerizing factor (ADF) which increases actin filament treadmilling rates. Previously, we had prepared fluorescent protein fusions of two Arabidopsis pollen specific ADFs, ADF7 and ADF10. These had enabled us to determine the temporal expressi …

We found that ADF7 binds to ADP-G-actin with lower affinity, and severs and depolymerizes actin filaments less efficiently in vitro than ADF10. Accordingly, in pollen grains, ADF7 more extensively decorates actin filaments and is less freely distributed in the cytoplasm compared to ADF10.

2023年11月6日 · We here demonstrate that Arabidopsis ADF7 and ADF10 function optimally at different pH levels when disassembling actin filaments. This differential pH sensitivity allows ADF7 and ADF10 to respond to the cytosolic pH gradient to regulate actin dynamics in pollen tubes.