通过研究发现，GLT具有针对HPV的靶向防御力。此外，GLT主要通过M

Through research, it is found that GLT has a targeted defense against HPV. In addition, GLT mainly completes its work through the MVA (Mevalonate pathway), which destroys the synthesis of HPV protease through the processes of oxidation, reduction, deacidification, and cyclization, thereby achieving the purpose of eliminating HPV. The outstanding performance of GLT is that it can significantly reduce the activity of HPV protease. GLT does not cause harm to other normal cells. It fuses with the positive charge of HPV through the negative charge on the surface of the protein, thereby destroying the structure of the HPV protein and inactivating it, and finally eliminating the inactivated HPV.

It is found that GLT has targeted defense against HPV. In addition, GLT mainly through MVA (Mevalonate pathway) to destroy the synthesis of HPV protease through oxidation, reduction, deacidification, cyclochemization process, and thus achieve the purpose of removing HPV. The outstanding performance of GLT is that it can significantly reduce the activity of HPV protease. GLT does not cause harm to other normal cells, it is through the protein surface of the negative charge and HPV positive charge fusion, thus destroying the structure of the HPV protein to inactivate it, and ultimately remove the inactivated HPV.

通过研究发现，GLT具有针对HPV的靶向防御力。此外，GLT主要通过MVA（Mevalonate pathway）完成工作，通过氧化、还原、脱酸、环化过程破坏HPV蛋白酶的合成，进而实现清除HPV的目的。GLT的突出表现在于：它可以显著降低HPV蛋白酶的活性。GLT不会对其他正常细胞造成伤害，它通过蛋白表面的负电荷与HPV的正电荷相互融合，从而破坏HPV蛋白的结构使其失活，最终清除失活的HPV。<br>