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3d digital model registration software packages  (Geomagic Inc)

 
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    Geomagic Inc 3d digital model registration software packages
    3d Digital Model Registration Software Packages, supplied by Geomagic Inc, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/software+modeling+package/best+fit+registration+software/pm41864921-42-9-15
    Average 86 stars, based on 1 article reviews
    3d digital model registration software packages - by Bioz Stars, 2026-11
    86/100 stars

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    Related Articles

    other:

    Article Title: The influence of different digital registration methods on measurement accuracy of clear aligner treatment outcomes
    Article Snippet: Both Geomagic and Compare use a best fit surface algorithm.

    Article Title: Earliest evidence of hominin bipedalism in Sahelanthropus tchadensis
    Article Snippet: Femoral diaphysis torsion was quantified using best-fit planes placed on the anterior proximal diaphysis (inferolateral to the femoral neck) and anterior distal diaphysis (superior to the femoral condyles) in Geomagic Wrap (3D Systems, Rock Hill, SC) (fig. S20).

    Article Title: Consistency of implant direction and RPD guide planes prepared with CAD-CAM templates, guiding rod templates, and freehand template: An in vitro comparison.
    Article Snippet: With the improvement of dental healthcare, a decrease in the frequency of complete edentulism and an increase in the requirement for removable partial denture (RPD) treatment has been reported.. Although distal extension RPDs are a cost-effective option, movement during mastication may cause excessive pressure and bone resorption beneath the denture bases.. Consequently, this resorption may cause displacement during movement and an unfavorable force on the abutment teeth.

    Article Title: The influence of different digital registration methods on measurement accuracy of clear aligner treatment outcomes.
    Article Snippet: Both Geomagic and Compare use a best fit surface algorithm.

    Software:

    Article Title: Comparison of virtual treatment planning outcomes designed by two commercially available software in treatment of anterior teeth crowding using in-house aligners.
    Article Snippet: .. Adel et al., [13] evaluated the accuracy of three 3D digital model registration software packages (Geomagic®, OrthoAnalyzer®, and Compare®) in measuring linear tooth movement against a reference digital setup and found that Geomagic® and Compare® showed higher agreement with the reference than OrthoAnalyzer®, highlighting variability in measurement outcomes depending on software choice. ..

    Article Title: The influence of different digital registration methods on measurement accuracy of clear aligner treatment outcomes.
    Article Snippet: .. Geomagic (G): A semiautomatic best-fit registration software (Geomagic U.S., Research Triangle Park, NC), utilizing a landmarkbased approach followed by regional global surface registration.31 2. ..

    Article Title: The influence of different digital registration methods on measurement accuracy of clear aligner treatment outcomes
    Article Snippet: .. The software packages evaluated were: Geomagic (G): A semiautomatic best-fit registration software (Geomagic U.S., Research Triangle Park, NC), utilizing a landmark-based approach followed by regional global surface registration [ ]. .. OrthoAnalyzer (O): An interactive surface-based registration software (3Shape Ortho System, Copenhagen, Denmark), employing a surface 3-point registration method [ ]. eModel 9.0 “Compare” (C): An automatic best-fit registration software (Geodigm Corporation, Chanhassen, MN), applying fully automated surface-to-surface registration [ ].

    Control:

    Article Title: Clinical acceptability and repeatability of three-dimensional maxillary positioning following orthognathic surgical wafer placement: an in vitro study under intraoral scanner-based and conventional impression-based workflows.
    Article Snippet: Objectives: To quantify the three-dimensional (3D) deviation between planned and achieved maxillary positions after transfer using a surgical wafer under in vitro conditions, and assess clinical acceptability and repeatability for each workflow.. Methods: A bracketed typodont mounted on a mannequin was used to define three groups— Conventional (alginate impressions/plaster casts/laboratory scanning), Trios (Trios 3 intraoral scanner (IOS)), and Prime (Primescan IOS)—each with 10 technical replicates.. For each replicate, virtual surgical planning was performed, a wafer was designed and 3D-printed, and the maxilla was positioned; 3D deviation was quantified as: (1) point-based 3D positional deviation (three landmarks) and (2) matrixbased 3D translational and rotational deviations.



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    AlphaFold3 models of TNFR1-ICM11 complexes (A) Native TNFR1–TNF reference structure for epitope orientation (adapted from PDB: 1TNR ). The following contact residues defines TNF binding site: Lys18, Ser49, His52, Trp93, Glu95, Arg132, Lys143, Lys144, Glu42, Ser43, His55, Cys56, Cys59, Ser60, Lys61, Arg63, Lys64, Glu65, and Met66. (B–D) AF3 models for 1:1, 2×, and 3× TNFR1-ICM11 assemblies. The AF3 confidences are indicated in the figure: ipTM provides confidence in the interface quality, and pTM summarizes the overall complex topology. The resulting contact residues of the 1:1 complex are: Arg63, Glu65, His91, Tyr92, Trp93, Glu95, Asn96, Gln99, Phe101, Lys118, Arg132, Glu133, Glu135, Glu147, and Lys150. Shared TNFR1 hotspot residues shared by both TNF and ICM11: Arg63, Glu65, Trp93, Glu95, Arg132. Interface/contact residues were computed <t>via</t> <t>Molecular</t> Operating Environment <t>(MOE)</t> software.
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    Image Search Results


    AlphaFold3 models of TNFR1-ICM11 complexes (A) Native TNFR1–TNF reference structure for epitope orientation (adapted from PDB: 1TNR ). The following contact residues defines TNF binding site: Lys18, Ser49, His52, Trp93, Glu95, Arg132, Lys143, Lys144, Glu42, Ser43, His55, Cys56, Cys59, Ser60, Lys61, Arg63, Lys64, Glu65, and Met66. (B–D) AF3 models for 1:1, 2×, and 3× TNFR1-ICM11 assemblies. The AF3 confidences are indicated in the figure: ipTM provides confidence in the interface quality, and pTM summarizes the overall complex topology. The resulting contact residues of the 1:1 complex are: Arg63, Glu65, His91, Tyr92, Trp93, Glu95, Asn96, Gln99, Phe101, Lys118, Arg132, Glu133, Glu135, Glu147, and Lys150. Shared TNFR1 hotspot residues shared by both TNF and ICM11: Arg63, Glu65, Trp93, Glu95, Arg132. Interface/contact residues were computed via Molecular Operating Environment (MOE) software.

    Journal: iScience

    Article Title: Antigen-directed single domain antibody-based TNFR1 agonists elicit preferential killing of HER2-overexpressing cancer cells

    doi: 10.1016/j.isci.2026.115327

    Figure Lengend Snippet: AlphaFold3 models of TNFR1-ICM11 complexes (A) Native TNFR1–TNF reference structure for epitope orientation (adapted from PDB: 1TNR ). The following contact residues defines TNF binding site: Lys18, Ser49, His52, Trp93, Glu95, Arg132, Lys143, Lys144, Glu42, Ser43, His55, Cys56, Cys59, Ser60, Lys61, Arg63, Lys64, Glu65, and Met66. (B–D) AF3 models for 1:1, 2×, and 3× TNFR1-ICM11 assemblies. The AF3 confidences are indicated in the figure: ipTM provides confidence in the interface quality, and pTM summarizes the overall complex topology. The resulting contact residues of the 1:1 complex are: Arg63, Glu65, His91, Tyr92, Trp93, Glu95, Asn96, Gln99, Phe101, Lys118, Arg132, Glu133, Glu135, Glu147, and Lys150. Shared TNFR1 hotspot residues shared by both TNF and ICM11: Arg63, Glu65, Trp93, Glu95, Arg132. Interface/contact residues were computed via Molecular Operating Environment (MOE) software.

    Article Snippet: molecular modeling software package MOE (Molecular Operating Environment) , Chemical Computing Group Inc. , RRID: SCR_014882.

    Techniques: Binding Assay, Software