35 results about "Block techniques" patented technology

Techniques are disclosed for SLC blocks having different characteristics than MLC blocks such that SLC blocks will have high endurance and MLC blocks will have high reliability. A thinner tunnel oxide may be used for memory cells in SLC blocks than for memory cells in MLC blocks. A thinner tunnel oxide in SLC blocks may allow a lower program voltage to be used, which may improve endurance. A thicker tunnel oxide in MLC blocks may improve data retention. A thinner IPD may be used for memory cells in SLC blocks than for memory cells in MLC blocks. A thinner IPD may provide a higher coupling ratio, which may allow a lower program voltage. A lower program voltage in SLC blocks can improve endurance. A thicker IPD in MLC blocks can prevent or reduce read disturb. SLC blocks may have a different number of data word lines than MLC blocks.

The invention discloses a detection method for PR genes of circulating tumor cells in peripheral blood of a later-period breast cancer patient. The detection method comprises the steps that the CTCs in the peripheral blood of the later-period breast cancer patient are separated and acquired through a film filtering device; the circulating tumor cells in the peripheral blood of the later-period breast cancer patient are identified through a cellular immunity fluorescent technique; thin sections are made through a cell wax block technique; the expression condition of the PR of the circulating tumor cells in the peripheral blood of the later-period breast cancer patient is detected through an immunologic tissue chemical technique. According to the detection method, the enrichment CTCs are separated with the help of an ISET technique, the CTCs are identified by depending on the cellular immunity fluorescent technique, and therefore the difficulties existing in CTC identification only through the ISET technique and the false negativity existing in CTC identification only through an immunological detection technique are overcome. The technology has the advantages that the requirement on equipment is not high, the method is easy to master, and real-time monitoring can be achieved. Through the technical method, the expression condition of the PR of the later-period breast cancer patient can be detected without needing to sample the breast cancer tissue. The technology belongs to a minimally invasive technology or even a non-invasive technology and can achieve real-time detection.