dibranches

the metabolic pathways in these dibranches facilitate rapid energy production.

researchers observed that the dibranches extend towards the light source.

complex dibranches characterize the advanced stages of this polymerization.

specific enzymes are required to cleave the dibranches effectively.

the formation of dibranches affects the viscosity of the solution.

distinct dibranches were visible under the electron microscope.

further analysis is needed to map the dibranches completely.

these abnormal dibranches may indicate a genetic mutation.

theoretically, stable dibranches could revolutionize material engineering.

how the dibranches interact with neighboring molecules remains unclear.

strategic dibranches provide superior structural integrity to the compound.

the reaction was terminated before the dibranches could multiply.