simi biocell software Search Results


simi biocell software  (Biocell Technology)
90
Biocell Technology simi biocell software
Elevation of Cdx2 expression promotes symmetric divisions. Cdx2 was overexpressed in one late two-cell/early four-cell blastomere, and embryos were followed by time-lapse microscopy to the blastocyst stage (two sample embryos shown in A–G and H–N). In controls, DsRed mRNA only was injected (O–V). Lineages were generated with <t>SIMI</t> Biocell software, and the centers of the nuclei from each clone are marked either red (injected clone) or blue (wild-type clone). From 16-cell onward, nuclei of inside cells are marked yellow (injected clone) or light blue (wild-type clone); see W for coding. Cdx2 expression leads to significantly more symmetric than asymmetric divisions (indicated by the relative numbers of yellow versus light blue cells). Merged 3D representations and DIC images from three different embryos are shown in A–G, H–N, and O–V. Times of images are in <t>minutes.</t> <t>Schematic</t> representation of lineage trees was generated with SIMI Biocell software (X; embryo A–G, Y; embryo H–N). (Z) Proportions of symmetric or asymmetric divisions taken by clones expressing injected Cdx2 mRNA or DsRed mRNA relative to the clone derived from the noninjected cell (see also Supplemental Table 2).
Simi Biocell Software, supplied by Biocell Technology, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/simi biocell software/product/Biocell Technology
Average 90 stars, based on 1 article reviews
simi biocell software - by Bioz Stars, 2026-04
90/100 stars
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software package simi  (Biocell Technology)
90
Biocell Technology software package simi
Elevation of Cdx2 expression promotes symmetric divisions. Cdx2 was overexpressed in one late two-cell/early four-cell blastomere, and embryos were followed by time-lapse microscopy to the blastocyst stage (two sample embryos shown in A–G and H–N). In controls, DsRed mRNA only was injected (O–V). Lineages were generated with <t>SIMI</t> Biocell software, and the centers of the nuclei from each clone are marked either red (injected clone) or blue (wild-type clone). From 16-cell onward, nuclei of inside cells are marked yellow (injected clone) or light blue (wild-type clone); see W for coding. Cdx2 expression leads to significantly more symmetric than asymmetric divisions (indicated by the relative numbers of yellow versus light blue cells). Merged 3D representations and DIC images from three different embryos are shown in A–G, H–N, and O–V. Times of images are in <t>minutes.</t> <t>Schematic</t> representation of lineage trees was generated with SIMI Biocell software (X; embryo A–G, Y; embryo H–N). (Z) Proportions of symmetric or asymmetric divisions taken by clones expressing injected Cdx2 mRNA or DsRed mRNA relative to the clone derived from the noninjected cell (see also Supplemental Table 2).
Software Package Simi, supplied by Biocell Technology, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/software package simi/product/Biocell Technology
Average 90 stars, based on 1 article reviews
software package simi - by Bioz Stars, 2026-04
90/100 stars
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software database simi©biocell  (Simi Reality Motion Systems)
90
Simi Reality Motion Systems software database simi©biocell
Elevation of Cdx2 expression promotes symmetric divisions. Cdx2 was overexpressed in one late two-cell/early four-cell blastomere, and embryos were followed by time-lapse microscopy to the blastocyst stage (two sample embryos shown in A–G and H–N). In controls, DsRed mRNA only was injected (O–V). Lineages were generated with <t>SIMI</t> Biocell software, and the centers of the nuclei from each clone are marked either red (injected clone) or blue (wild-type clone). From 16-cell onward, nuclei of inside cells are marked yellow (injected clone) or light blue (wild-type clone); see W for coding. Cdx2 expression leads to significantly more symmetric than asymmetric divisions (indicated by the relative numbers of yellow versus light blue cells). Merged 3D representations and DIC images from three different embryos are shown in A–G, H–N, and O–V. Times of images are in <t>minutes.</t> <t>Schematic</t> representation of lineage trees was generated with SIMI Biocell software (X; embryo A–G, Y; embryo H–N). (Z) Proportions of symmetric or asymmetric divisions taken by clones expressing injected Cdx2 mRNA or DsRed mRNA relative to the clone derived from the noninjected cell (see also Supplemental Table 2).
Software Database Simi©Biocell, supplied by Simi Reality Motion Systems, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/software database simi©biocell/product/Simi Reality Motion Systems
Average 90 stars, based on 1 article reviews
software database simi©biocell - by Bioz Stars, 2026-04
90/100 stars
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4d microscopy and simi biocell software  (Biocell Technology)
90
Biocell Technology 4d microscopy and simi biocell software
Elevation of Cdx2 expression promotes symmetric divisions. Cdx2 was overexpressed in one late two-cell/early four-cell blastomere, and embryos were followed by time-lapse microscopy to the blastocyst stage (two sample embryos shown in A–G and H–N). In controls, DsRed mRNA only was injected (O–V). Lineages were generated with <t>SIMI</t> Biocell software, and the centers of the nuclei from each clone are marked either red (injected clone) or blue (wild-type clone). From 16-cell onward, nuclei of inside cells are marked yellow (injected clone) or light blue (wild-type clone); see W for coding. Cdx2 expression leads to significantly more symmetric than asymmetric divisions (indicated by the relative numbers of yellow versus light blue cells). Merged 3D representations and DIC images from three different embryos are shown in A–G, H–N, and O–V. Times of images are in <t>minutes.</t> <t>Schematic</t> representation of lineage trees was generated with SIMI Biocell software (X; embryo A–G, Y; embryo H–N). (Z) Proportions of symmetric or asymmetric divisions taken by clones expressing injected Cdx2 mRNA or DsRed mRNA relative to the clone derived from the noninjected cell (see also Supplemental Table 2).
4d Microscopy And Simi Biocell Software, supplied by Biocell Technology, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/4d microscopy and simi biocell software/product/Biocell Technology
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4d microscopy and simi biocell software - by Bioz Stars, 2026-04
90/100 stars
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tracking software simi  (Biocell Technology)
90
Biocell Technology tracking software simi
Elevation of Cdx2 expression promotes symmetric divisions. Cdx2 was overexpressed in one late two-cell/early four-cell blastomere, and embryos were followed by time-lapse microscopy to the blastocyst stage (two sample embryos shown in A–G and H–N). In controls, DsRed mRNA only was injected (O–V). Lineages were generated with <t>SIMI</t> Biocell software, and the centers of the nuclei from each clone are marked either red (injected clone) or blue (wild-type clone). From 16-cell onward, nuclei of inside cells are marked yellow (injected clone) or light blue (wild-type clone); see W for coding. Cdx2 expression leads to significantly more symmetric than asymmetric divisions (indicated by the relative numbers of yellow versus light blue cells). Merged 3D representations and DIC images from three different embryos are shown in A–G, H–N, and O–V. Times of images are in <t>minutes.</t> <t>Schematic</t> representation of lineage trees was generated with SIMI Biocell software (X; embryo A–G, Y; embryo H–N). (Z) Proportions of symmetric or asymmetric divisions taken by clones expressing injected Cdx2 mRNA or DsRed mRNA relative to the clone derived from the noninjected cell (see also Supplemental Table 2).
Tracking Software Simi, supplied by Biocell Technology, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/tracking software simi/product/Biocell Technology
Average 90 stars, based on 1 article reviews
tracking software simi - by Bioz Stars, 2026-04
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Image Search Results


Elevation of Cdx2 expression promotes symmetric divisions. Cdx2 was overexpressed in one late two-cell/early four-cell blastomere, and embryos were followed by time-lapse microscopy to the blastocyst stage (two sample embryos shown in A–G and H–N). In controls, DsRed mRNA only was injected (O–V). Lineages were generated with SIMI Biocell software, and the centers of the nuclei from each clone are marked either red (injected clone) or blue (wild-type clone). From 16-cell onward, nuclei of inside cells are marked yellow (injected clone) or light blue (wild-type clone); see W for coding. Cdx2 expression leads to significantly more symmetric than asymmetric divisions (indicated by the relative numbers of yellow versus light blue cells). Merged 3D representations and DIC images from three different embryos are shown in A–G, H–N, and O–V. Times of images are in minutes. Schematic representation of lineage trees was generated with SIMI Biocell software (X; embryo A–G, Y; embryo H–N). (Z) Proportions of symmetric or asymmetric divisions taken by clones expressing injected Cdx2 mRNA or DsRed mRNA relative to the clone derived from the noninjected cell (see also Supplemental Table 2).

Journal:

Article Title: Role of Cdx2 and cell polarity in cell allocation and specification of trophectoderm and inner cell mass in the mouse embryo

doi: 10.1101/gad.486108

Figure Lengend Snippet: Elevation of Cdx2 expression promotes symmetric divisions. Cdx2 was overexpressed in one late two-cell/early four-cell blastomere, and embryos were followed by time-lapse microscopy to the blastocyst stage (two sample embryos shown in A–G and H–N). In controls, DsRed mRNA only was injected (O–V). Lineages were generated with SIMI Biocell software, and the centers of the nuclei from each clone are marked either red (injected clone) or blue (wild-type clone). From 16-cell onward, nuclei of inside cells are marked yellow (injected clone) or light blue (wild-type clone); see W for coding. Cdx2 expression leads to significantly more symmetric than asymmetric divisions (indicated by the relative numbers of yellow versus light blue cells). Merged 3D representations and DIC images from three different embryos are shown in A–G, H–N, and O–V. Times of images are in minutes. Schematic representation of lineage trees was generated with SIMI Biocell software (X; embryo A–G, Y; embryo H–N). (Z) Proportions of symmetric or asymmetric divisions taken by clones expressing injected Cdx2 mRNA or DsRed mRNA relative to the clone derived from the noninjected cell (see also Supplemental Table 2).

Article Snippet: Schematic representation of lineage trees was generated with SIMI Biocell software (X; embryo A – G , Y; embryo H – N ). ( Z ) Proportions of symmetric or asymmetric divisions taken by clones expressing injected Cdx2 mRNA or DsRed mRNA relative to the clone derived from the noninjected cell (see also Supplemental Table 2).

Techniques: Expressing, Time-lapse Microscopy, Injection, Generated, Software, Clone Assay, Derivative Assay

Down-regulation of Cdx2 expression leads to a reduced contribution to the trophectoderm. Cdx2 was down-regulated in half of the embryo by dsRNA injection to one blastomere. (A–H) Sections through fixed and immunocytochemically stained embryos at the morula (A–D) and blastocyst (E–H) stage show specific knockdown of Cdx2 protein in the injected clone; the white dashed line indicates injected cell progeny. (I) Schematic of lineage trees generated with SIMI Biocell software. (J–O) Embryos were followed by time-lapse microscopy to the blastocyst stage. Merged 3D representations and DIC images are shown; times of images are in minutes. Color-coding as in Figure 2. (P) Proportions of symmetric/asymmetric divisions taken by the Cdx2 RNAi-injected clone relative to the wild-type clone at fourth and fifth cleavage rounds (see also Supplemental Table 3A).

Journal:

Article Title: Role of Cdx2 and cell polarity in cell allocation and specification of trophectoderm and inner cell mass in the mouse embryo

doi: 10.1101/gad.486108

Figure Lengend Snippet: Down-regulation of Cdx2 expression leads to a reduced contribution to the trophectoderm. Cdx2 was down-regulated in half of the embryo by dsRNA injection to one blastomere. (A–H) Sections through fixed and immunocytochemically stained embryos at the morula (A–D) and blastocyst (E–H) stage show specific knockdown of Cdx2 protein in the injected clone; the white dashed line indicates injected cell progeny. (I) Schematic of lineage trees generated with SIMI Biocell software. (J–O) Embryos were followed by time-lapse microscopy to the blastocyst stage. Merged 3D representations and DIC images are shown; times of images are in minutes. Color-coding as in Figure 2. (P) Proportions of symmetric/asymmetric divisions taken by the Cdx2 RNAi-injected clone relative to the wild-type clone at fourth and fifth cleavage rounds (see also Supplemental Table 3A).

Article Snippet: Schematic representation of lineage trees was generated with SIMI Biocell software (X; embryo A – G , Y; embryo H – N ). ( Z ) Proportions of symmetric or asymmetric divisions taken by clones expressing injected Cdx2 mRNA or DsRed mRNA relative to the clone derived from the noninjected cell (see also Supplemental Table 2).

Techniques: Expressing, Injection, Staining, Knockdown, Generated, Software, Time-lapse Microscopy