Tameeka probably has<u> "Pelvic inflammatory disease (PID)".</u>
Pelvic inflammatory disease (PID) alludes to an inflammation influencing any piece of the upper female genital tract, including the uterus , fallopian tues and ovaries. The provocative condition is typically caused by untreated explicitly transmitted diseases (STIs), especially Chlamydia trachomatis and Neisseria gonorrhea. It might likewise be caused by a contamination from other microscopic organisms in the vagina which have entered to the uterus.
Pelvic inflammatory disease (PID) is most usually an inconvenience of explicitly transmitted diseases (STIs) , especially with chlamydia or gonorrhea.
Fossils show evolution because their are still some organisms that look similar to the fossils which shows that they have a common ancestor but slowly evolved over time adapting to their environment and population.
According to my dictionary, the best word that matches this definition would be ''mutation'' since it changes its form by turning or transforming into something else or duplicating.
Answer:
The answer is B and D.
Explanation:
PKA ( Protein Kinase A) is an enzyme which becomes active with the presence of cAMP molecules in the cell and the cAMP molecules need to bind to R subunits to become active which happens at a ratio of 1:2.
The example given in the question states that the Ro sububit can bind to 8 molecules of cAMP rather than the conventional 2.
This means that the activation of the Ro subunits is harder than the activation of R subunit because of the requirement of higher cAMP concentrations.
B is correct, full activity of PKA with Ro subunits needs a higher concentration of cAMP.
Because Ro binds to eight units of cAMP, the dynamic range of activity of PKA with Ro is going to be over a wider range of cAMP concentration.
I hope this answer helps.
The chemical bonds which hold the molecules of ATP together are high energy bond, that means that, they possess a large amount of energy. When these bonds are broken energy is always release to perform work inside the cell. At the same time, reaction coupling also occur anytime an ATP molecule is broken down. Reaction coupling involves linking the hydrolyisis of ATP molecule, which is energetically favorable with another chemical reaction, which is energetically unfavourable. Thus a product of one reaction is picked up and use as a reactant in the second reaction.