Answer: Add more of the proteins to the plasma membrane and measure the rate of the particle movement.
Explanation:
<u>A membrane protein is a protein molecule that is attached to or associated with the membrane of a cell or organelle.</u> Membrane proteins can be grouped into two groups based on the way they associate with the membrane.:
Integral membrane proteins are permanently rooted within the plasma membrane. They perform many important functions; these include the transport of molecules across the membrane.
Peripheral membrane proteins are proteins that are only temporarily associated with the membrane. They can be easily removed, allowing them to become involved in cellular communication.
<u>A channel protein is an embedded protein found the cell membrane which provides a hydrophilic passageway for water and small, polar ions</u>. They have a size which excludes all but the specific molecules which move from an area of high concentration to an area with a lower concentration.
To determine if the new membrane protein is a channel protein involved in membrane transport, an experiment could be made by adding more of the proteins to the plasma membrane and measure the rate of the particle movement. If the channel is involved, then the rate will be faster because there are more channels that make the movement faster.
The good ozone layer can be described as the stratosphere part of the atmosphere which protects the Earth from harmful ultraviolet radiations from the Sun. The good ozone layer is however in a serious depleting condition due to human activities.
On the other hand, bad ozone layer is the part of the troposphere which is polluted. Emissions of toxic gases from human activities is the leading cause of this kind of pollution.
