The phrase "a complex transport of" is correct and usable in written English.
It can be used in contexts discussing logistics, biology, or any field where intricate movement or transfer of items, substances, or information is involved.
Example: "The study focused on a complex transport of nutrients within the plant's vascular system."
Alternatives: "a complicated movement of" or "an intricate transfer of".
These results correspond to super case transport II and suggest a complex transport mechanism, regulated by the mobility of the polymer chains.
Models for e.g. char oxidation or complex transport of the pyrolysis gases or water vapour inside the solid material can be coupled to the present model.
CSF secretion results from a complex coordinated transport of various inorganic anions and cations across the choroidal epithelial monolayer, leading to transcellular fluxes of Na+, Cl− and HCO3− from the blood to the CSF.
This organic acid is another potential molecule that could form an Al complex transported out of the cell by an anion transporter such as ALMT1 or the ABC transporter (gene # 22) that is up-regulated during Al exposure.
The assembly and transport systems involved in production of these capsules are complex and include activators of sugar precursors, glycosyltransferases and then a complex of transport and assembly proteins to move these large macromolecules from the periplasm to the cell surface.
The current data provide further insight into the complex transport functions of NPC1, a lysosomal membrane protein required for cellular cholesterol homeostasis as well as for susceptibility to Ebola and other filoviruses.
The complex transport behaviors of viruses may be caused by the interactions of multiple motor proteins brought about by the complexity of microtubule configurations.
The model takes into account the coupled complex transport phenomena of mass/heat transfer, charge (electron/ion) transport, and electrochemical reactions.
Among these impacts are harmful environmental pollutants and potentially pathogenic organisms to which people are exposed through a variety of complex transport and exposure pathways, e.g. through air, soil, water and from chemical and microbiological residues in food.
The identification of further genes involved not only in monogenic but also in common multifactorial human vesicle-trafficking disorders will result in a better understanding of this complex transport pathway but, more importantly, will also lead to opportunities to develop novel treatments.
