Abstract: Provided are a method and apparatus for evaluating anatomical adaptation of an implantable orthopedic medical device. The method includes: obtaining an anatomical adaptation region of a to-be-evaluated bone with the implantable orthopedic medical device; determining a baseline of the anatomical adaptation region and a baseline of the implantable orthopedic medical device for position registration, and conducting the position registration for the anatomical adaptation region and the implantable orthopedic medical device based on the baselines; and evaluating adhesion of the to-be-evaluated bone to the implantable orthopedic medical device by calculating a distance from each point on an inner curved surface of the implantable orthopedic medical device to the anatomical adaptation region.

Abstract: Provided are a method and an apparatus for implementing batch extraction of human anatomical feature parameters. The method includes: obtaining a to-be-measured sample; generating an average model; calculating a point correspondence of a spatial location formed by the average model and each to-be-measured sample; measuring each to-be-measured sample on the average model; and outputting feature parameter data of each to-be-measured sample in batch. Calculation time is reduced by combining feature point extraction with affine transformation, and corresponding points are calculated through a non-rigid registration method to achieve batch and quick measurement.

Abstract: An immunophenotyping method for small-cell lung cancer established based on multidimensional analyses is provided in the present application, including 7 steps of sample collection, RNA extraction, RNA sequencing, unsupervised hierarchical clustering analysis, construction of CCI analysis models, result verification, and typing determination. Human tumor samples are directly taken from clinical archives, and the whole transcriptome and protein digital spatial conformation are adopted to analyze the microenvironmental features of small-cell lung cancer at the RNA and protein levels, respectively, and the concept of immunophenotyping is proposed, classifying small-cell lung cancer into immune-enriched (IE) and immune-deprived (ID) subtypes; the CCI exponent threshold of 0.4 is set to distinguish the small-cell lung cancer into two subtypes of IE and ID.

Abstract: The disclosure discloses a method for an interpreting inter-tumor and intra-tumor heterogeneity in a small cell lung cancer (SCLC), including following steps: step 1, calculating heterogeneity characteristics of ROI samples based on a digital space transcriptomics technology; step 2, mapping the ROI samples to a patient level and providing a heterogeneity typing mode according to a prognosis stratification for typing; step 3, analyzing a heterogeneity mechanism and finding core gene sets determining a heterogeneity typing; step 4, constructing a tumor heterogeneity index model THIM based on the core gene sets and carrying out a THIM scoring processing; and step 5, a mapping application and a verification of THIM intelligent model.

Abstract: A vehicle digital certificate management method and a device thereof.

Abstract: The invention relates to a method for clarification of raw green liquor in a sedimentation tank. According to the invention is a part of dregs separated in the sedimentation tank recirculated back into the inflow of raw green liquor, and preferably after passing the dregs through at least one turbulence generator (30, 31) that could break up larger dregs particles into smaller dregs particles, and thus create larger total surface on the dregs particles, improving sedimentation rate in the sedimentation tank. In a preferred embodiment is the recirculated dregs added into the flow of raw green liquor before a flocculant is added into the flow of raw green liquor and mixed recirculated dregs.

Abstract: The invention relates to a method for clarification of raw green liquor in a sedimentation tank. According to the invention is a part of dregs separated in the sedimentation tank recirculated back into the inflow of raw green liquor, and preferably after passing the dregs through at least one turbulence generator (30, 31) that could break up larger dregs particles into smaller dregs particles, and thus create larger total surface on the dregs particles, improving sedimentation rate in the sedimentation tank. In a preferred embodiment is the recirculated dregs added into the flow of raw green liquor before a flocculant is added into the flow of raw green liquor and mixed recirculated dregs.