2results about How to "Promote regrowth" patented technology

The invention discloses a multi-layer gate analog CMOS process edge stress optimization integration method and a low voltage coefficient polycrystalline capacitor. The method steps include: 1) forming an N-type well in a low voltage coefficient integrated dual polycrystalline capacitor area, and forming a self-aligned P-type well in an area outside the N-type well; 2) depositing a polycrystalline film layer of a lower electrode of the low voltage coefficient integrated dual polycrystalline capacitor; 3) depositing a first layer of dielectric of the dual polycrystalline capacitor, and realizing the production of an edge protection layer of the lower electrode of the dual polycrystalline capacitor; 4) depositing a capacitor dielectric layer, and completing the production of a capacitor dielectric layer structure; the low voltage coefficient polycrystalline capacitor includes a P-type substrate, a P-type epitaxial layer, an N-type well, a self-aligned P-type well, a field oxide layer, a sacrificial oxide layer, a gate oxide layer, a polycrystalline film layer, a silicon dioxide dielectric layer, a capacitor dielectric layer, a low dielectric coefficient filling film layer, a metal interconnect film layer, and a protective dielectric passivation layer outside a top metal bonding area; the patent improves the edge effect of the dual polycrystalline capacitor and reduces the mechanical stress of the integrated dual polycrystalline capacitor.

This invention relates to the field of biomedical technology and discloses an exosome preparation for treating thin endometrium and its preparation method. The preparation method includes the following steps: Step 1, culturing mesenchymal stem cells; Step 2, extracting exosomes; Step 3, preparing a collagen solution; Step 4, preparing traditional Chinese medicine components; Step 5, stirring the collagen solution and sheep placenta powder extract evenly at 4°C, then adding the exosome solution and mixing, then adding soy isoflavone solution and excipients, and after sufficient reaction, obtaining an exosome gel, which is then stored at 4°C. This invention utilizes the above-mentioned exosome preparation for treating thin endometrium and its preparation method, using collagen gel as a sustained-release matrix to provide three-dimensional structural support for the active substances, slowing down their degradation. Simultaneously, the growth factors in the sheep placenta powder extract work synergistically with the exosomes to activate angiogenesis, improve blood supply, and promote endometrial regeneration.