Form of passive transport that uses transport proteins?
singleAnswer
passive-mediated transport facilitated transport facilitated diffusion
Passive transport Facilitated diffusion
Form of passive transport that uses transport proteins?
Active transport Passive transport Membrane transport protein Ion transporter Transport protein Facilitated diffusion Sodium-glucose transport proteins Membrane transport Exocytosis Mediated transport
In cellular biology, active <b>transport</b> is the movement of molecules across a 
membrane from a ... Unlike <b>passive transport</b>, which <b>uses</b> the kinetic energy and 
natural entropy of molecules moving down a gradient, active <b>transport uses</b> 
cellular ... This involves pore-forming <b>proteins</b> that <b>form</b> channels across the cell 
membrane. <b>Passive transport</b> is a movement of ions and other atomic or molecular 
substances across cell ... Simple diffusion and osmosis are both <b>forms of passive</b> 
<b>transport</b> and require none of the cell&#39;s [[Adenosine triphosphate [ATP] energy]]. 
... across the cell membrane via special <b>transport proteins</b> that are embedded in 
the plasma&nbsp;... A membrane <b>transport protein</b> (or simply transporter) is a membrane protein 
involved in the ... Secondary active <b>transport</b> involves the <b>use</b> of an 
electrochemical gradient, and does not <b>use</b> energy produced in the ... The <b>type</b> of 
carrier proteins used in facilitated diffusion is slightly different from those used in 
active <b>transport</b>. In biology, an ion <b>transporter</b> (or ion pump) is a transmembrane <b>protein</b> that 
moves ions across ... Primary transporters <b>use</b> energy to <b>transport</b> ions such as 
Na <sup>+</sup>, K<sup>+</sup>, and Ca<sup>2+</sup> across a cells membrane and can create concentration 
gradients. ... Examples of <b>proteins</b> that <b>use</b> ATP are P-<b>type</b> ATPases that transfer 
Na <sup>+</sup>, K<sup>+</sup>,&nbsp;... A <b>transport protein</b> is a protein that serves the function of moving other materials 
within an ... substances by facilitated diffusion (i.e., <b>passive transport</b>) or active 
transport. ... By <b>using</b> this site, you agree to the Terms of <b>Use</b> and Privacy Policy. Facilitated diffusion is the process of spontaneous <b>passive transport</b> of molecules 
or ions ... The <b>form</b> of <b>transport</b> through a cell membrane in which a metabolite is 
... the <b>protein</b> searches the entire length of the DNA chain <b>using</b> 3-D and 1-D&nbsp;... The safety and efficacy of SGLT2 inhibitors have not been established in patients 
with <b>type</b> 1 diabetes, and FDA has not approved them for <b>use</b> in these patients. In cellular biology, membrane <b>transport</b> refers to the collection of mechanisms 
that regulate the ... This structure makes <b>transport</b> possible by simple or <b>passive</b> 
diffusion, which ... In bacteria these <b>proteins</b> are present in the beta lamina <b>form</b>. 
... For example, in co-<b>transport use</b> is made of the gradients of certain solutes to&nbsp;... Exocytosis is a <b>form</b> of active <b>transport</b> and bulk <b>transport</b> in which a cell 
<b>transports</b> molecules (e.g., neurotransmitters and <b>proteins</b>) out of ... area, will be 
likely to <b>use</b> motor <b>proteins</b> and a cytoskeletal track to get closer to their target. ... 
<b>proteins</b> used for the active <b>transport</b> would have been instead set for <b>passive</b> 
<b>transport</b>,&nbsp;... Mediated <b>transport</b> refers to <b>transport</b> mediated by a membrane <b>transport protein</b>. 
Substances in the human body may be hydrophobic, electrophilic, contain a&nbsp;...
Facilitated diffusion
Passive transport