Someone help me please

Your answer is A

Explanation:

To have the corn plant to grow, you have to see how much air it needs

axonemal microtubules: (G) is in cilia and flagellanucleation: (H) formation of tubulin oligomerstreadmilling: (R) assembly and disassembly on opposite ends of the same filamentdesmin: (T) keeps muscle myofibrils in registerEB1: (I) binds to microtubule plus endsARP2/3 complexes: (P) nucleates actin filament branches myosin subfragment 1 (S1): (O) decorates actin filamentstropomodulin: (J) prevents loss of subunits from filament minus ends  gelsolin: (S) breaks and caps actin filamentsmicrovilli: (N) increase cell surfacefilamin: (K) connects crisscrossing actin filaments into 3D : (L) binds to profilin and CapZMAPs: (F) stabilizes and organizes microtublesplectin: (C) crosslinks microtubles to intermediate filamentslamin: (E) forms scaffold underlying nuclear envelope.

Explanation:

Axonemal microtuble: an axoneme is a microbule based cytoskeleton structure of a eukaryotic cilium or flagellum. It provides motility, and also gives support to the structure.nucleation: it is a process where interaction of several tubulin molecules lead to the formation of microtubules seed. This process occurs spontaneously in purified tubulin solutions.treadmilling: is a phenomenon, that especially occurs in actin filaments and microtubules,where continuous removal of actin monomers from pointed ends of filament occur and their reincorporation at the other endsdesmin: it is a specific protein found in muscle that integrates sarcolemma, Z disk and nuclear membrane in sarcomeres and regulates sarcomere architectureEB1: its a plus-end tracking protein that binds to plus end of microtules and modulates their dynamics and interactions with intercellular organelles.ARP2/3 complex: its a seven-subunit central actin nucleator that binds  to the side of filament to promote new filament growth as a branch thus forming a complex actin network.myosin subfragmnet (S1): S1 is the head fragment of myosin globular heads, that contains the ATPase and actin-binding activities of myosin.tropomodulin: it is a protein that binds and caps the pointed ends(or minus ends) of actin filaments thereby regulating its length in muscle cells as well as non muscle cell.gelsolin: is an actin binding protein that binds and caps actin filament(responsible for assembling and disassembling of filaments)microvilli: found in the apical surface of epithelial cells or the stereocillia, spine like protrusions, that increase the cell surface area for diffusion upto 100 times.filamin: is an actin binding protein that holds two filaments at large angles.phosphoinositides: it regulates the activities of many actin binding proteins and have the tendency to bind with profilin and CapZ(its a capping protein that caps the barbed ends of actin filament)MAPs: microtubules associated protein or MAPs binds to and stabilizes microtubules lattice. MAPs have repeating domains that allow eash MAP molecule to associate with more than one tubulin dimer.plectin: a structural protein of the cytoskeleton that maintains tissue integritylamin: are fibrous protein of type V intermediate filaments that provide structural function and transcriptional regulation in the cell nucleus.