{"database":"bioimages","file_versions":[],"scores":null,"additional":{"omics_type":["Unknown"],"submitter":["Daisuke Nanba"],"journal":["The Journal of Cell Biology"],"full_dataset_link":["https://www.ebi.ac.uk/biostudies/studies/S-JCBD-201409024"],"attach_to":["JCB"],"legend":["Shown is a rotating two-cell human epidermal keratinocyte colony with involucrin expression score of 0 (5 min). Images were obtained at 5 minutes intervals for 30 min. Involucrin expression was categorized in 3 groups depending on the number of involucrin-expressing cells: IVL score 0 (no cells),  IVL score 1 (single cell), and IVL score 2 (two cells).","Shown is a IVL/ITGA6 staining of non-rotating two-cell human epidermal keratinocyte colony with involucrin expression score of 1. Colonies were immediately fixed after time-lapse imaging and stained with anti-alpha6 integrin (red) and anti-involucrin (green). DNA was also stained with Hoechst (blue). Involucrin expression was categorized in 3 groups depending on the number of involucrin-expressing cells: IVL score 0 (no cells), IVL score 1 (single cell), and IVL score 2 (two cells).","Shown is a time-lapse imaging series of a progressively growing colony of human keratinocytes after 6 days of cultivation. Images were obtained at 10 minutes intervals for 3 hours.","Shown is a non-rotating two-cell human epidermal keratinocyte colony with involucrin expression score of 1 (20 min). Images were obtained at 5 minutes intervals for 30 min. Involucrin expression was categorized in 3 groups depending on the number of involucrin-expressing cells: IVL score 0 (no cells),  IVL score 1 (single cell), and IVL score 2 (two cells).","Shown is a rotating two-cell human epidermal keratinocyte colony (20 min). Images were obtained at 5 minutes intervals for 40 min.","Shown is a rotating two-cell human epidermal keratinocyte colony (40 min). Images were obtained at 5 minutes intervals for 40 min.","Shown is a progressively growing colony of human keratinocytes after 6 days of cultivation (110 min). Images were obtained at 10 minutes intervals for 3 hours.","Shown is a non-rotating two-cell human epidermal keratinocyte colony with involucrin expression score of 1 (25 min). Images were obtained at 5 minutes intervals for 30 min. Involucrin expression was categorized in 3 groups depending on the number of involucrin-expressing cells: IVL score 0 (no cells),  IVL score 1 (single cell), and IVL score 2 (two cells).","Shown is a rotating two-cell human epidermal keratinocyte colony with involucrin expression score of 0 (10 min). Images were obtained at 5 minutes intervals for 30 min. Involucrin expression was categorized in 3 groups depending on the number of involucrin-expressing cells: IVL score 0 (no cells),  IVL score 1 (single cell), and IVL score 2 (two cells).","Shown is Hoechst staining of a rotating two-cell human epidermal keratinocyte colony after 5 days cultivation. Clonal growth of two-cell colonies was traced and proliferative capacity was evaluated by counting cell number in the colony after 6 days of cultivation with Hoechst 33325.","Shown is a progressively growing colony of human keratinocytes after 6 days of cultivation (50 min). Images were obtained at 10 minutes intervals for 3 hours.","Shown is a rotating two-cell human epidermal keratinocyte colony (35 min). Images were obtained at 5 minutes intervals for 40 min.","Shown is a rotating two-cell human epidermal keratinocyte colony (15 min). Images were obtained at 5 minutes intervals for 40 min.","Shown is a progressively growing colony of human keratinocytes after 6 days of cultivation (70 min). Images were obtained at 10 minutes intervals for 3 hours.","Shown is alpha6 integrin expression in a rotating two-cell human epidermal keratinocyte colony. After a time-lapse imaging series of 60 minutes, the colony was immediately fixed and stained for anti-alpha6 integrin antibody and Hoechst.","Shown is a progressively growing colony of human keratinocytes (15 min). Images were obtained at a 5 min-interval for 1 hour.","Shown is a non-rotating two-cell human epidermal keratinocyte colony (15 min). Images were obtained at 5 minutes intervals for 30 min. Clonal growth of two-cell colonies was traced and proliferative capacity was evaluated by counting cell number in the colony after 6 days of cultivation with Hoechst 33325.","Shown is a progressively growing colony of human keratinocytes (25 min). Images were obtained at a 5 min-interval for 1 hour.","Shown is a non-rotating two-cell human epidermal keratinocyte colony with involucrin expression score of 1 (30 min). Images were obtained at 5 minutes intervals for 30 min. Involucrin expression was categorized in 3 groups depending on the number of involucrin-expressing cells: IVL score 0 (no cells),  IVL score 1 (single cell), and IVL score 2 (two cells).","Shown is a progressively growing colony of human keratinocytes (35 min). Images were obtained at a 5 min-interval for 1 hour.","Shown is a rotating two-cell human epidermal keratinocyte colony (30 min). Images were obtained at 5 minutes intervals for 30 min. Clonal growth of two-cell colonies was traced and proliferative capacity was evaluated by counting cell number in the colony after 6 days of cultivation with Hoechst 33325.","Shown is a confocal imaging series of alpha6 (red) beta4 (green) integrin expression in a growing human keratinocyte colony.","Shown is a rotating two-cell human epidermal keratinocyte colony (5 min). Images were obtained at 5 minutes intervals for 40 min.","Shown is a progressively growing colony of human keratinocytes after 6 days of cultivation (120 min). Images were obtained at 10 minutes intervals for 3 hours.","Shown is a progressively growing colony of human keratinocytes (45 min). Images were obtained at a 5 min-interval for 1 hour.","Shown is a rotating two-cell human epidermal keratinocyte colony (0 min). Images were obtained at 5 minutes intervals for 40 min.","Shown is a non-rotating two-cell human epidermal keratinocyte colony (25 min). Images were obtained at 5 minutes intervals for 30 min. Clonal growth of two-cell colonies was traced and proliferative capacity was evaluated by counting cell number in the colony after 6 days of cultivation with Hoechst 33325.<br />","Shown is a rotating two-cell human epidermal keratinocyte colony with involucrin expression score of 0 (25 min). Images were obtained at 5 minutes intervals for 30 min. Involucrin expression was categorized in 3 groups depending on the number of involucrin-expressing cells: IVL score 0 (no cells),  IVL score 1 (single cell), and IVL score 2 (two cells).","Shown is a progressively growing colony of human keratinocytes after 6 days of cultivation (40 min). Images were obtained at 10 minutes intervals for 3 hours.","Shown is the expression of alpha6 (red) and beta4 integrin (green) in a progressively growing human keratinocyte colony. Cells were treated with 0.5% Triton X-100 after fixation.","Shown is a non-rotating two-cell human epidermal keratinocyte colony with involucrin expression score of 1 (0 min). Images were obtained at 5 minutes intervals for 30 min. Involucrin expression was categorized in 3 groups depending on the number of involucrin-expressing cells: IVL score 0 (no cells),  IVL score 1 (single cell), and IVL score 2 (two cells).","Shown is a progressively growing colony of human keratinocytes (55 min). Images were obtained at a 5 min-interval for 1 hour.","Shown is a non-rotating two-cell human epidermal keratinocyte colony with involucrin expression score of 1 (5 min). Images were obtained at 5 minutes intervals for 30 min. Involucrin expression was categorized in 3 groups depending on the number of involucrin-expressing cells: IVL score 0 (no cells),  IVL score 1 (single cell), and IVL score 2 (two cells).","Shown is a progressively growing colony of human keratinocytes after 6 days of cultivation (80 min). Images were obtained at 10 minutes intervals for 3 hours.","Shown is a progressively growing colony of human keratinocytes after 6 days of cultivation (150 min). Images were obtained at 10 minutes intervals for 3 hours.","Shown is a progressively growing colony of human keratinocytes after 6 days of cultivation (10 min). Images were obtained at 10 minutes intervals for 3 hours.","Shown is Hoechst staining of a rotating two-cell human epidermal keratinocyte colony. After a time-lapse imaging series of 60 minutes, the colony was immediately fixed and stained for anti-alpha6 integrin antibody and Hoechst.","Shown is a time-lapse imaging series of a growing human keratinocyte colony (average speed = 34.2). Images were obtained at 5 minutes intervals for 3 hours.","Shown is a rotating two-cell human epidermal keratinocyte colony (25 min). Images were obtained at 5 minutes intervals for 40 min.","Shown is a rotating two-cell human epidermal keratinocyte colony with involucrin expression score of 0 (0 min). Images were obtained at 5 minutes intervals for 30 min. Involucrin expression was categorized in 3 groups depending on the number of involucrin-expressing cells: IVL score 0 (no cells),  IVL score 1 (single cell), and IVL score 2 (two cells).","Shown is the colony forming-efficiency of an isolated growing colony of human keratinocytes (% of terminal colonies = 0). After time-lapse imaging, the colony was isolated, trypsinized, and seeded into a 10 cm dish to evaluate growth potential.","Shown is a time-lapse imaging series of a growing human keratinocyte colony (average speed = 37.8). Images were obtained at 5 minutes intervals for 3 hours.","Shown is a rotating two-cell human epidermal keratinocyte colony with involucrin expression score of 0 (30 min). Images were obtained at 5 minutes intervals for 30 min. Involucrin expression was categorized in 3 groups depending on the number of involucrin-expressing cells: IVL score 0 (no cells),  IVL score 1 (single cell), and IVL score 2 (two cells).","Shown is Hoechst staining of a non-rotating two-cell human epidermal keratinocyte colony after 5 days cultivation. Clonal growth of two-cell colonies was traced and proliferative capacity was evaluated by counting cell number in the colony after 6 days of cultivation with Hoechst 33325.","Shown is a non-rotating two-cell human epidermal keratinocyte colony with involucrin expression score of 2 (0 min). Images were obtained at 5 minutes intervals for 30 min. Involucrin expression was categorized in 3 groups depending on the number of involucrin-expressing cells: IVL score 0 (no cells),  IVL score 1 (single cell), and IVL score 2 (two cells).","Shown is a progressively growing colony of human keratinocytes after 6 days of cultivation (170 min). Images were obtained at 10 minutes intervals for 3 hours.","Shown is the colony forming-efficiency of an isolated growing colony of human keratinocytes % of terminal colonies = 52.1). After time-lapse imaging, the colony was isolated, trypsinized, and seeded into a 10 cm dish to evaluate growth potential.","Shown is a progressively growing colony of human keratinocytes (30 min). Images were obtained at a 5 min-interval for 1 hour.","Shown is a progressively growing colony of human keratinocytes (20 min). Images were obtained at a 5 min-interval for 1 hour.","Shown is a rotating two-cell human epidermal keratinocyte colony (15 min). Images were obtained at 5 minutes intervals for 30 min. Clonal growth of two-cell colonies was traced and proliferative capacity was evaluated by counting cell number in the colony after 6 days of cultivation with Hoechst 33325.","Shown is a progressively growing colony of human keratinocytes after 6 days of cultivation (0 min). Images were obtained at 10 minutes intervals for 3 hours.","Shown is phase contrast image of a non-rotating two-cell human epidermal keratinocyte colony after 5 days cultivation. Clonal growth of two-cell colonies was traced and proliferative capacity was evaluated by counting cell number in the colony after 6 days of cultivation with Hoechst 33325.","Shown is a progressively growing colony of human keratinocytes after 6 days of cultivation (160 min). Images were obtained at 10 minutes intervals for 3 hours.","Shown is a progressively growing colony of human keratinocytes (0 min). Images were obtained at a 5 min-interval for 1 hour.","Shown is a rotating two-cell human epidermal keratinocyte colony (20 min). Images were obtained at 5 minutes intervals for 30 min. Clonal growth of two-cell colonies was traced and proliferative capacity was evaluated by counting cell number in the colony after 6 days of cultivation with Hoechst 33325.","Shown is an electron micrograph of a growing colony of human epidermal keratinocytes (x20000).","Shown is an electron micrograph of a growing colony of human epidermal keratinocytes (x50000).","Shown is a rotating two-cell human epidermal keratinocyte colony with involucrin expression score of 0 (20 min). Images were obtained at 5 minutes intervals for 30 min. Involucrin expression was categorized in 3 groups depending on the number of involucrin-expressing cells: IVL score 0 (no cells),  IVL score 1 (single cell), and IVL score 2 (two cells).","Shown is a progressively growing colony of human keratinocytes (10 min). Images were obtained at a 5 min-interval for 1 hour.","Shown is a rotating two-cell human epidermal keratinocyte colony (5 min). Images were obtained at 5 minutes intervals for 30 min. Clonal growth of two-cell colonies was traced and proliferative capacity was evaluated by counting cell number in the colony after 6 days of cultivation with Hoechst 33325.","Shown is a non-rotating two-cell human epidermal keratinocyte colony with involucrin expression score of 2 (25 min). Images were obtained at 5 minutes intervals for 30 min. Involucrin expression was categorized in 3 groups depending on the number of involucrin-expressing cells: IVL score 0 (no cells),  IVL score 1 (single cell), and IVL score 2 (two cells).","Shown is a rotating two-cell human epidermal keratinocyte colony (10 min). Images were obtained at 5 minutes intervals for 40 min.","Shown is a rotating two-cell human epidermal keratinocyte colony (30 min). Images were obtained at 5 minutes intervals for 40 min.","Shown is a rotating two-cell human epidermal keratinocyte colony (0 min). Images were obtained at 5 minutes intervals for 30 min. Clonal growth of two-cell colonies was traced and proliferative capacity was evaluated by counting cell number in the colony after 6 days of cultivation with Hoechst 33325.","Shown is a time-lapse imaging series of a growing human keratinocyte colony (average speed = 27.7). Images were obtained at 5 minutes intervals for 3 hours.","Shown is a progressively growing colony of human keratinocytes (50 min). Images were obtained at a 5 min-interval for 1 hour.","Shown is a IVL/ITGA6 staining of non-rotating two-cell human epidermal keratinocyte colony with involucrin expression score of 2. Colonies were immediately fixed after time-lapse imaging and stained with anti-alpha6 integrin (red) and anti-involucrin (green). DNA was also stained with Hoechst (blue). Involucrin expression was categorized in 3 groups depending on the number of involucrin-expressing cells: IVL score 0 (no cells),  IVL score 1 (single cell), and IVL score 2 (two cells).","Shown is a non-rotating two-cell human epidermal keratinocyte colony with involucrin expression score of 2 (30 min). Images were obtained at 5 minutes intervals for 30 min. Involucrin expression was categorized in 3 groups depending on the number of involucrin-expressing cells: IVL score 0 (no cells),  IVL score 1 (single cell), and IVL score 2 (two cells).","Shown is a rotating two-cell human epidermal keratinocyte colony with involucrin expression score of 0 (15 min). Images were obtained at 5 minutes intervals for 30 min. Involucrin expression was categorized in 3 groups depending on the number of involucrin-expressing cells: IVL score 0 (no cells),  IVL score 1 (single cell), and IVL score 2 (two cells).","Shown is a rotating two-cell human epidermal keratinocyte colony (25 min). Images were obtained at 5 minutes intervals for 30 min. Clonal growth of two-cell colonies was traced and proliferative capacity was evaluated by counting cell number in the colony after 6 days of cultivation with Hoechst 33325.","Shown is a progressively growing colony of human keratinocytes after 6 days of cultivation (140 min). Images were obtained at 10 minutes intervals for 3 hours.","Shown is a progressively growing colony of human keratinocytes (40 min). Images were obtained at a 5 min-interval for 1 hour.","Shown is a rotating two-cell human epidermal keratinocyte colony (10 min). Images were obtained at 5 minutes intervals for 30 min. Clonal growth of two-cell colonies was traced and proliferative capacity was evaluated by counting cell number in the colony after 6 days of cultivation with Hoechst 33325.","Shown is a non-rotating two-cell human epidermal keratinocyte colony (30 min). Images were obtained at 5 minutes intervals for 30 min. Clonal growth of two-cell colonies was traced and proliferative capacity was evaluated by counting cell number in the colony after 6 days of cultivation with Hoechst 33325.","Shown is a non-rotating two-cell human epidermal keratinocyte colony with involucrin expression score of 2 (5 min). Images were obtained at 5 minutes intervals for 30 min. Involucrin expression was categorized in 3 groups depending on the number of involucrin-expressing cells: IVL score 0 (no cells),  IVL score 1 (single cell), and IVL score 2 (two cells).","Shown is a progressively growing colony of human keratinocytes after 6 days of cultivation (20 min). Images were obtained at 10 minutes intervals for 3 hours.","Shown is a non-rotating two-cell human epidermal keratinocyte colony (0 min). Images were obtained at 5 minutes intervals for 30 min. Clonal growth of two-cell colonies was traced and proliferative capacity was evaluated by counting cell number in the colony after 6 days of cultivation with Hoechst 33325.","Shown is a progressively growing colony of human keratinocytes after 6 days of cultivation (130 min). Images were obtained at 10 minutes intervals for 3 hours.","Shown is a progressively growing colony of human keratinocytes (5 min). Images were obtained at a 5 min-interval for 1 hour.","Shown is a progressively growing colony of human keratinocytes after 6 days of cultivation (30 min). Images were obtained at 10 minutes intervals for 3 hours.","Shown is the expression of alpha6 and beta4 integrin in a growing human keratinocyte colony. A maximum intensity projection image of immunofluorescence against alpha6 (red) and beta4 (green) integrin in a growing colony by confocal microscopy.","Shown is the colony forming-efficiency of an isolated growing colony of human keratinocytes (% of terminal colonies = 5.61). After time-lapse imaging, the colony was isolated, trypsinized, and seeded into a 10 cm dish to evaluate growth potential.","Shown is the alpha6 integrin expression in a growing human keratinocyte colony. After time-lapse imaging, the colony was immediately fixed and stained with anti-alpha6 integrin antibody (green) and Hoechst (blue).","Shown is a non-rotating two-cell human epidermal keratinocyte colony with involucrin expression score of 2 (20 min). Images were obtained at 5 minutes intervals for 30 min. Involucrin expression was categorized in 3 groups depending on the number of involucrin-expressing cells: IVL score 0 (no cells),  IVL score 1 (single cell), and IVL score 2 (two cells).","Shown is phase contrast image of a rotating two-cell human epidermal keratinocyte colony after 5 days cultivation. Clonal growth of two-cell colonies was traced and proliferative capacity was evaluated by counting cell number in the colony after 6 days of cultivation with Hoechst 33325.","Shown is a progressively growing colony of human keratinocytes after 6 days of cultivation (90 min). Images were obtained at 10 minutes intervals for 3 hours.","Shown is a non-rotating two-cell human epidermal keratinocyte colony (20 min). Images were obtained at 5 minutes intervals for 30 min. Clonal growth of two-cell colonies was traced and proliferative capacity was evaluated by counting cell number in the colony after 6 days of cultivation with Hoechst 33325.","Shown is a non-rotating two-cell human epidermal keratinocyte colony (10 min). Images were obtained at 5 minutes intervals for 30 min. Clonal growth of two-cell colonies was traced and proliferative capacity was evaluated by counting cell number in the colony after 6 days of cultivation with Hoechst 33325.","Shown is a IVL/ITGA6 staining of a rotating two-cell human epidermal keratinocyte colony with involucrin expression score of 0. Colonies were immediately fixed after time-lapse imaging and stained with anti-alpha6 integrin (red) and anti-involucrin (green). DNA was also stained with Hoechst (blue). Involucrin expression was categorized in 3 groups depending on the number of involucrin-expressing cells: IVL score 0 (no cells), IVL score 1 (single cell), and IVL score 2 (two cells).","Shown is a progressively growing colony of human keratinocytes after 6 days of cultivation (100 min). Images were obtained at 10 minutes intervals for 3 hours.","Shown is a non-rotating two-cell human epidermal keratinocyte colony with involucrin expression score of 2 (10 min). Images were obtained at 5 minutes intervals for 30 min. Involucrin expression was categorized in 3 groups depending on the number of involucrin-expressing cells: IVL score 0 (no cells),  IVL score 1 (single cell), and IVL score 2 (two cells).","Shown is a non-rotating two-cell human epidermal keratinocyte colony with involucrin expression score of 2 (15 min). Images were obtained at 5 minutes intervals for 30 min. Involucrin expression was categorized in 3 groups depending on the number of involucrin-expressing cells: IVL score 0 (no cells),  IVL score 1 (single cell), and IVL score 2 (two cells).","Shown is a non-rotating two-cell human epidermal keratinocyte colony (5 min). Images were obtained at 5 minutes intervals for 30 min. Clonal growth of two-cell colonies was traced and proliferative capacity was evaluated by counting cell number in the colony after 6 days of cultivation with Hoechst 33325.","Shown is a progressively growing colony of human keratinocytes after 6 days of cultivation (60 min). Images were obtained at 10 minutes intervals for 3 hours.","Shown is a Hoechst staining of a growing human keratinocyte colony. After time-lapse imaging, the colony was immediately fixed and stained with anti-alpha6 integrin antibody (green) and hoechst (blue).","Shown is a non-rotating two-cell human epidermal keratinocyte colony with involucrin expression score of 1 (10 min). Images were obtained at 5 minutes intervals for 30 min. Involucrin expression was categorized in 3 groups depending on the number of involucrin-expressing cells: IVL score 0 (no cells),  IVL score 1 (single cell), and IVL score 2 (two cells).","Shown is a non-rotating two-cell human epidermal keratinocyte colony with involucrin expression score of 1 (15 min). Images were obtained at 5 minutes intervals for 30 min. Involucrin expression was categorized in 3 groups depending on the number of involucrin-expressing cells: IVL score 0 (no cells),  IVL score 1 (single cell), and IVL score 2 (two cells)."],"repository":["bioimages"],"figure_sub":["Image 626427 (Figure 1 - A)","Image 626435 (Figure 1 - C)","Image 626490 (Figure 4 - A)","Image 626571 (Figure 6 - A)","Image 626586 (Figure 6 - B)","Image 626502 (Figure 5 - A)","Image 626595 (Figure 6 - B)","Image 626444 (Figure 1 - C)","Image 626497 (Figure 5 - A)","Image 626453 (Figure 1 - C)","Image 626432 (Figure 1 - C)","Image 626574 (Figure 6 - B)","Image 626415 (Figure 1 - A)","Image 626493 (Figure 4 - A)","Image 626424 (Figure 1 - A)","Image 626488 (Figure 4 - A)","Image 626583 (Figure 6 - B)","Image 626420 (Figure 1 - A)","Image 626484 (Figure 4 - A)","Image 626592 (Figure 6 - B)","Image 626469 (Figure 2 - A)","Image 626600 (Figure 6 - C)","Image 626480 (Figure 3 - B)","Image 626589 (Figure 6 - B)","Figure 1 - A","Image 626602 (Figure 6 - D)","Figure 1 - C","Image 626463 (Figure 2 - A)","Image 626505 (Figure 5 - A)","Image 626418 (Figure 1 - A)","Image 626456 (Figure 1 - C)","Image 626475 (Figure 2 - A)","Image 626577 (Figure 6 - B)","Image 626462 (Figure 2 - A)","Image 626578 (Figure 6 - B)","Image 626573 (Figure 6 - B)","Image 626479 (Figure 3 - B)","Image 626419 (Figure 1 - A)","Image 626414 (Figure 1 - A)","Image 626448 (Figure 1 - C)","Image 626431 (Figure 1 - C)","Image 626467 (Figure 2 - A)","Image 626582 (Figure 6 - B)","Image 626423 (Figure 1 - A)","Image 626457 (Figure 1 - C)","Image 626506 (Figure 5 - A)","Figure 3 - B","Image 626487 (Figure 4 - A)","Image 626481 (Figure 3 - B)","Image 626476 (Figure 2 - A)","Image 626496 (Figure 4 - A)","Image 626503 (Figure 5 - A)","Image 626450 (Figure 1 - C)","Image 626575 (Figure 6 - B)","Image 626460 (Figure 2 - A)","Image 626454 (Figure 1 - C)","Image 626446 (Figure 1 - C)","Image 626433 (Figure 1 - C)","Image 626441 (Figure 1 - C)","Image 626597 (Figure 6 - B)","Figure 5 - A","Image 626584 (Figure 6 - B)","Image 626477 (Figure 3 - B)","Image 626425 (Figure 1 - A)","Image 626599 (Figure 6 - C)","Image 626465 (Figure 2 - A)","Image 626471 (Figure 2 - A)","Image 626485 (Figure 4 - A)","Figure 5","Figure 4","Figure 6","Image 626491 (Figure 4 - A)","Image 626501 (Figure 5 - A)","Image 626590 (Figure 6 - B)","Figure 1","Image 626452 (Figure 1 - C)","Figure 3","Figure 2","Image 626470 (Figure 2 - A)","Image 626482 (Figure 3 - B)","Image 626449 (Figure 1 - C)","Image 626461 (Figure 2 - A)","Image 626451 (Figure 1 - C)","Image 626601 (Figure 6 - D)","Image 626459 (Figure 2 - A)","Image 626507 (Figure 5 - A)","Image 626588 (Figure 6 - B)","Image 626437 (Figure 1 - C)","Image 626473 (Figure 2 - A)","Image 626468 (Figure 2 - A)","Image 626579 (Figure 6 - B)","Image 626464 (Figure 2 - A)","Image 626504 (Figure 5 - A)","Image 626416 (Figure 1 - A)","Image 626429 (Figure 1 - A)","Image 626576 (Figure 6 - B)","Image 626442 (Figure 1 - C)","Image 626489 (Figure 4 - A)","Image 626483 (Figure 4 - A)","Image 626455 (Figure 1 - C)","Image 626499 (Figure 5 - A)","Image 626593 (Figure 6 - B)","Image 626417 (Figure 1 - A)","Image 626443 (Figure 1 - C)","Image 626495 (Figure 4 - A)","Image 626581 (Figure 6 - B)","Figure 2 - A","Image 626594 (Figure 6 - B)","Image 626422 (Figure 1 - A)","Image 626430 (Figure 1 - A)","Image 626458 (Figure 2 - A)","Image 626494 (Figure 4 - A)","Image 626436 (Figure 1 - C)","Image 626474 (Figure 2 - A)","Image 626421 (Figure 1 - A)","Figure 4 - A","Image 626428 (Figure 1 - A)","Image 626580 (Figure 6 - B)","Image 626445 (Figure 1 - C)","Image 626587 (Figure 6 - B)","Image 626498 (Figure 5 - A)","Image 626596 (Figure 6 - B)","Image 626472 (Figure 2 - A)","Image 626492 (Figure 4 - A)","Image 626591 (Figure 6 - B)","Image 626585 (Figure 6 - B)","Image 626434 (Figure 1 - C)","Image 626598 (Figure 6 - B)","Image 626500 (Figure 5 - A)","Image 626413 (Figure 1 - A)","Image 626572 (Figure 6 - B)","Image 626447 (Figure 1 - C)","Figure 6 - C","Figure 6 - D","Image 626466 (Figure 2 - A)","Figure 6 - A","Figure 6 - B","Image 626426 (Figure 1 - A)","Image 626478 (Figure 3 - B)","Image 626486 (Figure 4 - A)"],"pubmed_authors":["Sota Tate","Shigeki Higashiyama","Fujio Toki","Daisuke Nanba","Koji Sayama","Ken Shiraishi","Yann Barrandon","Hiroshi Toki","Matome Imai","Natsuki Matsushita"],"additional_accession":[]},"is_claimable":false,"name":"Cell motion predicts human epidermal stemness","description":null,"dates":{"release":"2015-04-20T11:26:45Z","modification":"2018-11-29T11:26:45Z","creation":"2018-11-29T11:26:45Z"},"accession":"S-JCBD-201409024","cross_references":{"doi":["10.1083/jcb.201409024"]}}