Statistical analyses of stomatal indices on the gynoecium/silique valves of L-er, shp1 shp2, ag-10, ag-10 shp1 shp2, and AlcApro:AG-amiRNA/35Spro:AlcR or L-er based on cell size analysis at different stages of development.

Gene expression stability rankings for different growth phase in A. paragallinarum serovar C analyzed by geNorm.

Shuxiang Wen (3394613)
Xiaoling Chen (679181)
Fuzhou Xu (812397)
Huiling Sun (530956)

December 2016

Gene expression stability rankings for different growth phase in A. paragallinarum ...

The number of cells per lineage in human embryos.

Gijs Teklenburg (250030)
Charlotte H. E. Weimar (148304)
Bart C. J. M. Fauser (330198)
Nick Macklon (330199)
Niels Geijsen (233966)
Cobi J. Heijnen (148314)
Susana M. Chuva de Sousa Lopes (41824)
Ewart W. Kuijk (250070)

February 2013

The number of cells in each lineage in embryos that have been co-cultured with decidualized endom...

Morphological phenotypes correlated with growth defects in heterozygotes for ribosome biogenesis genes.

Shinsuke Ohnuki (250332)
Yoshikazu Ohya (10098)

May 2018

(A) Distribution of whole-cell size in G1 phase and cell growth. Gray circles indicate 198 hetero...

Statistical analyses of stomatal indices on the gynoecium/silique valves of L-er, shp1 shp2, ag-10, ag-10 shp1 shp2, and AlcApro:AG-amiRNA/35Spro:AlcR or L-er based on morphological analysis at different stages of development.

Ailbhe J. Brazel (17131930)
Róisín Fattorini (17131933)
Jesse McCarthy (17131936)
Rainer Franzen (507771)
Florian Rümpler (17131939)
George Coupland (110848)
Diarmuid S. Ó’Maoiléidigh (10073618)

October 2023

Statistical analyses of stomatal indices on the gynoecium/silique valves of L-er, shp1 shp2, ag-10, ...

Stomatal development on gynoecial valves after AG knockdown.

Ailbhe J. Brazel (17131930)
Róisín Fattorini (17131933)
Jesse McCarthy (17131936)
Rainer Franzen (507771)
Florian Rümpler (17131939)
George Coupland (110848)
Diarmuid S. Ó’Maoiléidigh (10073618)

October 2023

(A) A stage 13 ag-10 gynoecia and (B) an enlarged segment of the gynoecial valve depicting the prese...

Progression of stomatal development on gynoecial and silique valves.

Ailbhe J. Brazel (17131930)
Róisín Fattorini (17131933)
Jesse McCarthy (17131936)
Rainer Franzen (507771)
Florian Rümpler (17131939)
George Coupland (110848)
Diarmuid S. Ó’Maoiléidigh (10073618)

October 2023

(A) Example stomatal lineage cells used to define early, mid, and late stages of stomatal developmen...

Formation of meristemoids, guard mother cells, and stomata in the wild type and er pedicels.

Mark G. R. Bundy (132182)
Olivia A. Thompson (132184)
Matthew T. Sieger (132186)
Elena D. Shpak (132188)

September 2012

Formation of meristemoids, guard mother cells and stomata in the wild type (A) and in er (...

Assessment of Membrane Fluidity Fluctuations during Cellular Development Reveals Time and Cell Type Specificity - Fig 2

Pakiza Noutsi (3160734)
Enrico Gratton (220220)
Sahraoui Chaieb (1495879)

June 2016

GP distribution in a) hN2, b) HEK293, c) NIH3T3 and d) L6. a) Histograms of GP distributio...

Temporal histological examination of C57/B6J mitral valves.

Russell A. Gould (136474)
Ravi Sinha (136478)
Hamza Aziz (136480)
Rosanne Rouf (136483)
Harry C. Dietz III (136487)
Daniel P. Judge (136488)
Jonathan Butcher (136489)

September 2012

(A) 2 week old murine mitral valves contain similar fractional amounts of collagen and GAGs, with...

Distributions of the sizes of the endocrine cell clusters during porcine pancreatic development.

Masaki Nagaya (406139)
Asuka Hayashi (6689906)
Kazuaki Nakano (406125)
Michiyo Honda (6689909)
Koki Hasegawa (3738022)
Kazutoshi Okamoto (6689912)
Shiori Itazaki (6689915)
Hitomi Matsunari (406127)
Masahito Watanabe (406126)
Kazuhiro Umeyama (406136)
Hiroshi Nagashima (406141)

May 2019

Distributions of the sizes of the endocrine cell clusters during porcine pancreatic development.</p

Table A-Fig2

Alves, Ana
Mesquita, Oscar
Gomez-Gardenes, Jesus
Agero, Ubirajara

January 2018

Area distribution of endothelial cell clusters: the table displays the area distribution of endothel...

Measures of stomatal size, density, and index in Kl-4, Ga-0, Chi-1, and Col-0.

Sho Takahashi (694755)
Keina Monda (694756)
Juntaro Negi (444536)
Fumitaka Konishi (694757)
Shinobu Ishikawa (694758)
Mimi Hashimoto-Sugimoto (694759)
Nobuharu Goto (312511)
Koh Iba (444538)

February 2015

(A) Guard cell lengths, which were used as a measure of stomatal size. (B) Stomatal densities. (C...

Analysis of epidermal cell size distribution in pedicels of different ages.

Mark G. R. Bundy (132182)
Olivia A. Thompson (132184)
Matthew T. Sieger (132186)
Elena D. Shpak (132188)

September 2012

Data points represent the percentage of cells of a specified length with bins at 4 µm representin...

Transcriptional response of master regulators of stomatal development to repression of AG activity.

Ailbhe J. Brazel (17131930)
Róisín Fattorini (17131933)
Jesse McCarthy (17131936)
Rainer Franzen (507771)
Florian Rümpler (17131939)
George Coupland (110848)
Diarmuid S. Ó’Maoiléidigh (10073618)

October 2023

(A-B) Levels of mRNAs encoding stomatal bHLH transcription factor regulators, as determined by RT-qP...

Bar graphs showing the proportions (a) and absolute volumes (b) of the CAM components.

Andrew Ndegwa Makanya (2591125)
Ivanka Dimova (2591128)
Tobias Koller (2591122)
Beata Styp-Rekowska (549672)
Valentin Djonov (14476)

April 2016

a: The mesoderm remained the largest component during the entire growth period at about 70...

Gene expression stability rankings for different growth phase in A. paragallinarum serovar C analyzed by geNorm.

Shuxiang Wen (3394613)
Xiaoling Chen (679181)
Fuzhou Xu (812397)
Huiling Sun (530956)

December 2016

Gene expression stability rankings for different growth phase in A. paragallinarum ...

The number of cells per lineage in human embryos.

Gijs Teklenburg (250030)
Charlotte H. E. Weimar (148304)
Bart C. J. M. Fauser (330198)
Nick Macklon (330199)
Niels Geijsen (233966)
Cobi J. Heijnen (148314)
Susana M. Chuva de Sousa Lopes (41824)
Ewart W. Kuijk (250070)

February 2013

The number of cells in each lineage in embryos that have been co-cultured with decidualized endom...

Morphological phenotypes correlated with growth defects in heterozygotes for ribosome biogenesis genes.

Shinsuke Ohnuki (250332)
Yoshikazu Ohya (10098)

May 2018

(A) Distribution of whole-cell size in G1 phase and cell growth. Gray circles indicate 198 hetero...

Statistical analyses of stomatal indices on the gynoecium/silique valves of L-er, shp1 shp2, ag-10, ag-10 shp1 shp2, and AlcApro:AG-amiRNA/35Spro:AlcR or L-er based on morphological analysis at different stages of development.

Ailbhe J. Brazel (17131930)
Róisín Fattorini (17131933)
Jesse McCarthy (17131936)
Rainer Franzen (507771)
Florian Rümpler (17131939)
George Coupland (110848)
Diarmuid S. Ó’Maoiléidigh (10073618)

October 2023

Statistical analyses of stomatal indices on the gynoecium/silique valves of L-er, shp1 shp2, ag-10, ...

Stomatal development on gynoecial valves after AG knockdown.

Ailbhe J. Brazel (17131930)
Róisín Fattorini (17131933)
Jesse McCarthy (17131936)
Rainer Franzen (507771)
Florian Rümpler (17131939)
George Coupland (110848)
Diarmuid S. Ó’Maoiléidigh (10073618)

October 2023

(A) A stage 13 ag-10 gynoecia and (B) an enlarged segment of the gynoecial valve depicting the prese...

Progression of stomatal development on gynoecial and silique valves.

Ailbhe J. Brazel (17131930)
Róisín Fattorini (17131933)
Jesse McCarthy (17131936)
Rainer Franzen (507771)
Florian Rümpler (17131939)
George Coupland (110848)
Diarmuid S. Ó’Maoiléidigh (10073618)

October 2023

(A) Example stomatal lineage cells used to define early, mid, and late stages of stomatal developmen...

Formation of meristemoids, guard mother cells, and stomata in the wild type and er pedicels.

Mark G. R. Bundy (132182)
Olivia A. Thompson (132184)
Matthew T. Sieger (132186)
Elena D. Shpak (132188)

September 2012

Formation of meristemoids, guard mother cells and stomata in the wild type (A) and in er (...

Assessment of Membrane Fluidity Fluctuations during Cellular Development Reveals Time and Cell Type Specificity - Fig 2

Pakiza Noutsi (3160734)
Enrico Gratton (220220)
Sahraoui Chaieb (1495879)

June 2016

GP distribution in a) hN2, b) HEK293, c) NIH3T3 and d) L6. a) Histograms of GP distributio...

Temporal histological examination of C57/B6J mitral valves.

Russell A. Gould (136474)
Ravi Sinha (136478)
Hamza Aziz (136480)
Rosanne Rouf (136483)
Harry C. Dietz III (136487)
Daniel P. Judge (136488)
Jonathan Butcher (136489)

September 2012

(A) 2 week old murine mitral valves contain similar fractional amounts of collagen and GAGs, with...

Distributions of the sizes of the endocrine cell clusters during porcine pancreatic development.

Masaki Nagaya (406139)
Asuka Hayashi (6689906)
Kazuaki Nakano (406125)
Michiyo Honda (6689909)
Koki Hasegawa (3738022)
Kazutoshi Okamoto (6689912)
Shiori Itazaki (6689915)
Hitomi Matsunari (406127)
Masahito Watanabe (406126)
Kazuhiro Umeyama (406136)
Hiroshi Nagashima (406141)

May 2019

Distributions of the sizes of the endocrine cell clusters during porcine pancreatic development.</p

Table A-Fig2

Alves, Ana
Mesquita, Oscar
Gomez-Gardenes, Jesus
Agero, Ubirajara

January 2018

Area distribution of endothelial cell clusters: the table displays the area distribution of endothel...

Measures of stomatal size, density, and index in Kl-4, Ga-0, Chi-1, and Col-0.

Sho Takahashi (694755)
Keina Monda (694756)
Juntaro Negi (444536)
Fumitaka Konishi (694757)
Shinobu Ishikawa (694758)
Mimi Hashimoto-Sugimoto (694759)
Nobuharu Goto (312511)
Koh Iba (444538)

February 2015

(A) Guard cell lengths, which were used as a measure of stomatal size. (B) Stomatal densities. (C...

Analysis of epidermal cell size distribution in pedicels of different ages.

Mark G. R. Bundy (132182)
Olivia A. Thompson (132184)
Matthew T. Sieger (132186)
Elena D. Shpak (132188)

September 2012

Data points represent the percentage of cells of a specified length with bins at 4 µm representin...

Transcriptional response of master regulators of stomatal development to repression of AG activity.

Ailbhe J. Brazel (17131930)
Róisín Fattorini (17131933)
Jesse McCarthy (17131936)
Rainer Franzen (507771)
Florian Rümpler (17131939)
George Coupland (110848)
Diarmuid S. Ó’Maoiléidigh (10073618)

October 2023

(A-B) Levels of mRNAs encoding stomatal bHLH transcription factor regulators, as determined by RT-qP...

Bar graphs showing the proportions (a) and absolute volumes (b) of the CAM components.

Andrew Ndegwa Makanya (2591125)
Ivanka Dimova (2591128)
Tobias Koller (2591122)
Beata Styp-Rekowska (549672)
Valentin Djonov (14476)

April 2016

a: The mesoderm remained the largest component during the entire growth period at about 70...

Gene expression stability rankings for different growth phase in A. paragallinarum serovar C analyzed by geNorm.

Shuxiang Wen (3394613)
Xiaoling Chen (679181)
Fuzhou Xu (812397)
Huiling Sun (530956)

December 2016

Gene expression stability rankings for different growth phase in A. paragallinarum ...

The number of cells per lineage in human embryos.

Gijs Teklenburg (250030)
Charlotte H. E. Weimar (148304)
Bart C. J. M. Fauser (330198)
Nick Macklon (330199)
Niels Geijsen (233966)
Cobi J. Heijnen (148314)
Susana M. Chuva de Sousa Lopes (41824)
Ewart W. Kuijk (250070)

February 2013

The number of cells in each lineage in embryos that have been co-cultured with decidualized endom...

Morphological phenotypes correlated with growth defects in heterozygotes for ribosome biogenesis genes.

Shinsuke Ohnuki (250332)
Yoshikazu Ohya (10098)

May 2018

(A) Distribution of whole-cell size in G1 phase and cell growth. Gray circles indicate 198 hetero...

Statistical analyses of stomatal indices on the gynoecium/silique valves of L-<i>er</i>, <i>shp1 shp2</i>, <i>ag-10</i>, <i>ag-10 shp1 shp2</i>, and <i>AlcApro</i>:<i>AG-amiRNA/35Spro</i>:<i>AlcR</i> or L<i>-er</i> based on cell size analysis at different stages of development.

Abstract

Extracted data

Statistical analyses of stomatal indices on the gynoecium/silique valves of L-<i>er</i>, <i>shp1 shp2</i>, <i>ag-10</i>, <i>ag-10 shp1 shp2</i>, and <i>AlcApro</i>:<i>AG-amiRNA/35Spro</i>:<i>AlcR</i> or L<i>-er</i> based on cell size analysis at different stages of development.

Abstract

Extracted data

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