The phrase "active in removing" is correct and usable in written English.
It can be used to describe someone or something that is engaged or involved in the process of eliminating or taking away something.
Example: "The organization is active in removing barriers to education for underprivileged children."
Alternatives: "engaged in eliminating" or "involved in the removal of".
Alternative possibilities are that the sources of spontaneous DNA damage differ from organ to organ and/or the DNA repair systems that are active in removing the lesions.
It was found that turmeric volatile oil was significantly active in removing sputum, relieving cough and preventing asthma.
Drinking eight glasses of water every day makes the kidney more active in removing the excess uric acid produced in the body.
It is unclear in proinsulin clearance whether RD is a completely novel process or an element of these revealed mechanisms, but there is no doubt that rapid clearance plays an active role in removing endogenous proinsulin in β-cells.
Importantly, KDM2A-bound CGIs are depleted of H3K36me2 and RNAi (RNA interference -mediated knockdown of KDM2A results interference -mediatedat these regions, suggesting that knockdownys an active rofe in removing H3KDM2A2 fresultss [ 13].
A recent study in humans revealed that CPE, contrary to the BBB, does not express EAATs [ 119], which suggests that it does not normally play an active role in removing those excitatory neurotransmitters from brain extracellular fluid.
Ceria plays an active catalytic role in removing carbon from the catalyst by a support-mediated cleaning mechanism.
The CC/DV systems are more effective in removing active contaminants (as indicated by CO2) than passive contaminants (e.g. VOCs).
Specifically, this includes the active participation of social workers in removing the stolen generation of aboriginal children in Australia.
Sources of drinking water (both surface and ground) are increasingly being affected by upstream WWTP discharges or soil aquifer infiltration, but it remains to be demonstrated whether the technology used in processing wastewater for reclamation is selective in removing pharmaceutically active chemicals or whether they can be concentrated through sediment transport.
Equilibrium isotherms and fixed-bed column studies were undertaken to evaluate the performance of clay-active coal-coated cement (CACC) in removing phenols from aqueous solution.
