MUP5 Activators
The chemical class of MUP5 Activators comprises a diverse array of aromatic compounds that are generally not direct activators of the protein but instead modulate its activity through interactions with the olfactory system. As MUP5 is predicted to have odorant binding activity and is located in the extracellular region, particularly within the olfactory epithelium, the chemicals listed are primarily odorants that can bind to olfactory receptors. These interactions are capable of altering the extracellular milieu or the signaling pathways within olfactory sensory neurons, which could subsequently affect the functional state of MUP5. When these compounds bind to their respective receptors, they may initiate a cascade of events that indirectly lead to the modification of MUP5's activity.
Eugenol, vanillin, and hexanal, among others, are capable of binding to olfactory receptors, which could lead to a change in the extracellular conditions that are critical for MUP5's optimal function. These changes could be due to a direct alteration in the concentration of odorants available for binding to MUP5 or through the modulation of receptor-mediated signaling pathways that can influence the structural conformation or binding dynamics of the protein. Each compound within this class, despite its specific scent and chemical structure, has the potential to influence MUP5 by engaging with the intricate network of olfactory signaling. In this context, MUP5 Activators can be seen as modulatory agents that, by interacting with the olfactory sensory apparatus, indirectly influence the activity of MUP5 without directly competing or interacting with the protein. This indirect mode of action distinguishes these compounds from direct activators and underscores their potential role in fine-tuning the odorant binding properties of MUP5 within the complex environment of the extracellular space in olfactory tissues.
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| Product Name | CAS # | Catalog # | QUANTITY | Price | Citations | RATING |
|---|---|---|---|---|---|---|
Cinnamic Aldehyde | 104-55-2 | sc-294033 sc-294033A | 100 g 500 g | $104.00 $228.00 | ||
Cinnamaldehyde, an organic compound found in cinnamon oil, has been shown to bind to olfactory receptors, which can be related to MUP5's role in odorant binding. By interacting with receptors in the nose, cinnamaldehyde may modulate the binding activity of MUP5 with specific odorants, potentially altering its conformation or availability to interact with volatile compounds. | ||||||
Citral | 5392-40-5 | sc-252620 | 1 kg | $212.00 | ||
Citral, a component of lemongrass oil, has properties similar to cinnamaldehyde in that it interacts with olfactory receptors. Through its binding, citral could alter the extracellular environment in which MUP5 operates, possibly enhancing its odorant binding effectiveness by changing the conformational dynamics of MUP5 or the odorants themselves. | ||||||
Isopentyl acetate | 123-92-2 | sc-250190 sc-250190A | 100 ml 500 ml | $107.00 $225.00 | ||
Isoamyl acetate, known for its banana-like odor, could influence MUP5 by binding to neighboring olfactory receptors, which may in turn modulate MUP5 activity indirectly due to altered receptor signaling in the extracellular space, potentially affecting MUP5 conformation or odorant binding affinity. | ||||||
Eugenol | 97-53-0 | sc-203043 sc-203043A sc-203043B | 1 g 100 g 500 g | $32.00 $62.00 $218.00 | 2 | |
Eugenol, a key component of clove oil, like other odorants, can bind to olfactory receptors and might influence the extracellular milieu. This could indirectly affect MUP5's odorant binding activity by modifying the profile of molecules available for interaction with MUP5 or by influencing extracellular signaling pathways that affect MUP5's structure or function. | ||||||
(±)-Menthol | 89-78-1 | sc-250299 sc-250299A | 100 g 250 g | $39.00 $68.00 | ||
Menthol, found in mint oils, can activate cold-sensitive receptors, which in turn could influence the activity of various proteins in the extracellular space, including MUP5. Although not a direct activator, menthol’s interaction with sensory receptors may modify the extracellular conditions under which MUP5 binds odorants. | ||||||
Vanillin | 121-33-5 | sc-251423 sc-251423A | 100 g 500 g | $44.00 $124.00 | 1 | |
Vanillin, the primary component of vanilla bean extract, can bind to specific olfactory receptors, which may have downstream effects on proteins like MUP5 that are implicated in odorant binding. The presence of vanillin could indirectly modulate the activity of MUP5 by changing the odorant profile or by influencing extracellular signaling. | ||||||
Ethyl butyrate | 105-54-4 | sc-214986 sc-214986A | 1 kg 4 kg | $100.00 $210.00 | ||
Ethyl butyrate, a fruity-smelling ester, has the capacity to interact with olfactory receptors and could thus potentially influence MUP5's activity by modifying the extracellular milieu, which could lead to changes in MUP5's odorant binding properties. | ||||||
D-Limonene | 5989-27-5 | sc-205283 sc-205283A | 100 ml 500 ml | $84.00 $129.00 | 3 | |
Limonene, a citrus-scented compound found in lemon rind, may bind to and activate olfactory receptors, potentially affecting the function of MUP5 indirectly by altering the extracellular matrix or the signaling pathways that could influence MUP5's structure or odorant binding capacity. | ||||||
Geraniol | 106-24-1 | sc-235242 sc-235242A | 25 g 100 g | $45.00 $119.00 | ||
Geraniol, a rose-like odorant, may interact with olfactory receptors in the nose, which could have an indirect effect on MUP5's ability to bind odorants by altering the surrounding extracellular space or affecting cellular signaling pathways that modulate MUP5's activity. | ||||||
Linalool | 78-70-6 | sc-250250 sc-250250A sc-250250B | 5 g 100 g 500 g | $47.00 $72.00 $110.00 | ||
Linalool, which is found in lavender and possesses a floral scent, can interact with olfactory receptors. This interaction has the potential to indirectly influence MUP5's odorant binding function by affecting the extracellular environment or altering signaling pathways that could change MUP5's binding dynamics. | ||||||