I believe the correct answer would be metabolism. This comprises all of the reactions inside organisms that allows them to sustain life. There are two categories of such namely, anabolism and catabolism. Hope this answers the question.
The lateral malleolus found on the distal lateral surface of the fibula is responsible for the bony bulge on the lower leg.
The lateral malleolus is the prominence on the outer or lateral side of the ankle. It is pyramidal in form and somewhat flattened. In clinical significance, a bimalleolar fracture is an ankle fracture that involves both the medial and lateral malleolus. This condition is more common in women especially the 60 year old age group. Another clinical condition of the said anatomical structure is the trimalleolar fracture which involves the lateral, medial, and the distal posterior aspect of the tibia or the posterior malleolus. This is primarily caused by ligament damage and dislocation.
I think that it will prevent infection by this pathogen. In a gram-positive bacteria a polysaccharide serves as specific adhesin To effectively achieve adherence to host surfaces, many bacteria produce multiple adherence factors called adhesisns. Which are expressed by both pathogenic bacteria and saprophytic bacteria. Therefore a drug that blocks adhesins on the surface of a bacteria or any other pathogen, makes it impossible for a bacteria to survive in the host.
