Reprogramming of preiPSCs into iPSCs by Nanog+EV - bright field merged with GFP

Defining markers and mechanisms of human somatic cell reprogramming

Ratanasirintrawoot, Sutheera

January 2013

Somatic cells can be reprogrammed into induced pluripotent stem (iPS) cells by over expression of th...

Lentiviral vector design and imaging approaches to visualize the early stages of cellular reprogramming.

Warlich, E.
Kuehle, J.
Cantz, T.
Brugman, M.H.
Maetzig, T.
Galla, M.
Filipczyk, A.A.
Halle, S.
Klump, H.
Schöler, H.R.
Baum, C.
Schroeder, T.
Schambach, A.

January 2011

Induced pluripotent stem cells (iPSCs) can be derived from somatic cells by gene transfer of reprogr...

Differences in the Gene Expression Profiles of Slow- and Fast-Forming Preinduced Pluripotent Stem Cell Colonies

Sujin Kwon
Jung Sun Park
Byungkuk Min
Yong-Kook Kang

January 2015

Induced pluripotent stem cells (iPSCs) are generated through a gradual process in which somatic cell...

Reprogramming of preiPSCs into iPSCs by Nanog+Mbd3 - bright field merged with GFP

Rodrigo Santos (562993)

May 2014

Video showing the kinetics of the emergence of Nanog-GFP+ colonies from Nanog+Mbd3 transgenic pre...

Reprogramming of preiPSCs into iPSCs by Nanog+EV - GFP alone

Rodrigo Santos (562993)

May 2014

Video showing the kinetics of the emergence of Nanog-GFP+ colonies from Nanog+Mbd3 transgenic pre...

Reprogramming of preiPSCs into iPSCs by Nanog+Mbd3 - GFP alone

Rodrigo Santos (562993)

May 2014

Video showing the kinetics of the emergence of Nanog-GFP+ colonies from Nanog+Mbd3 transgenic pre...

Videos showing reprogramming of preiPSCs into iPSCs

Rodrigo Santos (562993)

May 2014

Videos showing the kinetics of the emergence of Nanog-GFP+ colonies from Nanog+EV or Nanog+Mbd3 t...

Nanog Overcomes Reprogramming Barriers and Induces Pluripotency in Minimal Conditions

Theunissen, Thorold W.
van Oosten, Anouk L.
Castelo-Branco, Gonçalo
Hall, John
Smith, Austin
Silva, José C.R.

January 2011

SummaryInduced pluripotency requires the expression of defined factors and culture conditions that s...

Figure 8. Comparison of naïve iPSCs generation under microfluidics and conventional culture conditions.

Graziano Martello (5786123)
Stefano Giulitti (5806477)
Marco Pellegrini (5806478)
Irene Zorzan (5806481)
Nicola Elvassore (121419)
Onelia Gagliano (1572178)

December 2018

(a) Reprogramming protocol in conventional culture conditions (CCC) with HFF-1 fibroblast cell line...

10 µM SB-216763 maintains MilliTrace Nanog GFP Reporter mESCs in a pluripotent-like state for more than a month.

Leslie A. Kirby (155671)
Jason T. Schott (155681)
Brenda L. Noble (155692)
Daniel C. Mendez (155699)
Paul S. Caseley (155707)
Sarah C. Peterson (155712)
Tyler J. Routledge (155716)
Nilay V. Patel (72896)

June 2012

(A) GFP fluorescence in representative colonies from each treatment. (B) Mean pluripotency rating...

Characterization of murine iPS cells.

Taruna Anand (828898)
Thirumala R. Talluri (2847833)
Dharmendra Kumar (484752)
Wiebke Garrels (196088)
Ayan Mukherjee (2847836)
Katharina Debowski (493752)
Rüdiger Behr (705041)
Wilfried A. Kues (196140)

June 2016

(A) Schedule for non-viral iPS cell generation by SB transposon reprogramming [<a href="http://ww...

Dynamic single cell imaging of direct reprogramming reveals an early specifying event

Smith, Zachary D.
Nachman, Iftach
Regev, Aviv
Meissner, Alexander

March 2010

available in PMC 2010 November 1.The study of induced pluripotency often relies on experimental appr...

Nanog-Independent Reprogramming to iPSCs with Canonical Factors

Carter, Ava C.
Davis-Dusenbery, Brandi N.
Koszka, Kathryn
Ichida, Justin K.
Eggan, Kevin

February 2014

SummaryIt has been suggested that the transcription factor Nanog is essential for the establishment ...

Nanog Overcomes Reprogramming Barriers and Induces Pluripotency in Minimal Conditions

Theunissen, Thorold W.
van Oosten, Anouk L.
Castelo-Branco, Gonçalo
Hall, John
Smith, Austin
Silva, José C.R.

January 2011

SummaryInduced pluripotency requires the expression of defined factors and culture conditions that s...

Efficient generation of iPSCs derived from cells cultured in MSCGM or MSCGM-CD media.

Tomoko Takeda-Kawaguchi (676685)
Ken Sugiyama (676686)
Shunji Chikusa (676687)
Kazuki Iida (676688)
Hitomi Aoki (676689)
Naritaka Tamaoki (676690)
Daijiro Hatakeyama (140894)
Takahiro Kunisada (676691)
Toshiyuki Shibata (140896)
Noemi Fusaki (670544)
Ken-ichi Tezuka (676692)

December 2014

(A) Typical morphology of an iPSC colony generated from DP264 grown in MSCGM (DP264-M-iPS-5) and ...

Defining markers and mechanisms of human somatic cell reprogramming

Ratanasirintrawoot, Sutheera

January 2013

Somatic cells can be reprogrammed into induced pluripotent stem (iPS) cells by over expression of th...

Lentiviral vector design and imaging approaches to visualize the early stages of cellular reprogramming.

Warlich, E.
Kuehle, J.
Cantz, T.
Brugman, M.H.
Maetzig, T.
Galla, M.
Filipczyk, A.A.
Halle, S.
Klump, H.
Schöler, H.R.
Baum, C.
Schroeder, T.
Schambach, A.

January 2011

Induced pluripotent stem cells (iPSCs) can be derived from somatic cells by gene transfer of reprogr...

Differences in the Gene Expression Profiles of Slow- and Fast-Forming Preinduced Pluripotent Stem Cell Colonies

Sujin Kwon
Jung Sun Park
Byungkuk Min
Yong-Kook Kang

January 2015

Induced pluripotent stem cells (iPSCs) are generated through a gradual process in which somatic cell...

Reprogramming of preiPSCs into iPSCs by Nanog+Mbd3 - bright field merged with GFP

Rodrigo Santos (562993)

May 2014

Video showing the kinetics of the emergence of Nanog-GFP+ colonies from Nanog+Mbd3 transgenic pre...

Reprogramming of preiPSCs into iPSCs by Nanog+EV - GFP alone

Rodrigo Santos (562993)

May 2014

Video showing the kinetics of the emergence of Nanog-GFP+ colonies from Nanog+Mbd3 transgenic pre...

Reprogramming of preiPSCs into iPSCs by Nanog+Mbd3 - GFP alone

Rodrigo Santos (562993)

May 2014

Video showing the kinetics of the emergence of Nanog-GFP+ colonies from Nanog+Mbd3 transgenic pre...

Videos showing reprogramming of preiPSCs into iPSCs

Rodrigo Santos (562993)

May 2014

Videos showing the kinetics of the emergence of Nanog-GFP+ colonies from Nanog+EV or Nanog+Mbd3 t...

Nanog Overcomes Reprogramming Barriers and Induces Pluripotency in Minimal Conditions

Theunissen, Thorold W.
van Oosten, Anouk L.
Castelo-Branco, Gonçalo
Hall, John
Smith, Austin
Silva, José C.R.

January 2011

SummaryInduced pluripotency requires the expression of defined factors and culture conditions that s...

Figure 8. Comparison of naïve iPSCs generation under microfluidics and conventional culture conditions.

Graziano Martello (5786123)
Stefano Giulitti (5806477)
Marco Pellegrini (5806478)
Irene Zorzan (5806481)
Nicola Elvassore (121419)
Onelia Gagliano (1572178)

December 2018

(a) Reprogramming protocol in conventional culture conditions (CCC) with HFF-1 fibroblast cell line...

10 µM SB-216763 maintains MilliTrace Nanog GFP Reporter mESCs in a pluripotent-like state for more than a month.

Leslie A. Kirby (155671)
Jason T. Schott (155681)
Brenda L. Noble (155692)
Daniel C. Mendez (155699)
Paul S. Caseley (155707)
Sarah C. Peterson (155712)
Tyler J. Routledge (155716)
Nilay V. Patel (72896)

June 2012

(A) GFP fluorescence in representative colonies from each treatment. (B) Mean pluripotency rating...

Characterization of murine iPS cells.

Taruna Anand (828898)
Thirumala R. Talluri (2847833)
Dharmendra Kumar (484752)
Wiebke Garrels (196088)
Ayan Mukherjee (2847836)
Katharina Debowski (493752)
Rüdiger Behr (705041)
Wilfried A. Kues (196140)

June 2016

(A) Schedule for non-viral iPS cell generation by SB transposon reprogramming [<a href="http://ww...

Dynamic single cell imaging of direct reprogramming reveals an early specifying event

Smith, Zachary D.
Nachman, Iftach
Regev, Aviv
Meissner, Alexander

March 2010

available in PMC 2010 November 1.The study of induced pluripotency often relies on experimental appr...

Nanog-Independent Reprogramming to iPSCs with Canonical Factors

Carter, Ava C.
Davis-Dusenbery, Brandi N.
Koszka, Kathryn
Ichida, Justin K.
Eggan, Kevin

February 2014

SummaryIt has been suggested that the transcription factor Nanog is essential for the establishment ...

Nanog Overcomes Reprogramming Barriers and Induces Pluripotency in Minimal Conditions

Theunissen, Thorold W.
van Oosten, Anouk L.
Castelo-Branco, Gonçalo
Hall, John
Smith, Austin
Silva, José C.R.

January 2011

SummaryInduced pluripotency requires the expression of defined factors and culture conditions that s...

Efficient generation of iPSCs derived from cells cultured in MSCGM or MSCGM-CD media.

Tomoko Takeda-Kawaguchi (676685)
Ken Sugiyama (676686)
Shunji Chikusa (676687)
Kazuki Iida (676688)
Hitomi Aoki (676689)
Naritaka Tamaoki (676690)
Daijiro Hatakeyama (140894)
Takahiro Kunisada (676691)
Toshiyuki Shibata (140896)
Noemi Fusaki (670544)
Ken-ichi Tezuka (676692)

December 2014

(A) Typical morphology of an iPSC colony generated from DP264 grown in MSCGM (DP264-M-iPS-5) and ...

Defining markers and mechanisms of human somatic cell reprogramming

Ratanasirintrawoot, Sutheera

January 2013

Somatic cells can be reprogrammed into induced pluripotent stem (iPS) cells by over expression of th...

Lentiviral vector design and imaging approaches to visualize the early stages of cellular reprogramming.

Warlich, E.
Kuehle, J.
Cantz, T.
Brugman, M.H.
Maetzig, T.
Galla, M.
Filipczyk, A.A.
Halle, S.
Klump, H.
Schöler, H.R.
Baum, C.
Schroeder, T.
Schambach, A.

January 2011

Induced pluripotent stem cells (iPSCs) can be derived from somatic cells by gene transfer of reprogr...

Differences in the Gene Expression Profiles of Slow- and Fast-Forming Preinduced Pluripotent Stem Cell Colonies

Sujin Kwon
Jung Sun Park
Byungkuk Min
Yong-Kook Kang

January 2015

Induced pluripotent stem cells (iPSCs) are generated through a gradual process in which somatic cell...

Reprogramming of preiPSCs into iPSCs by Nanog+EV - bright field merged with GFP

Abstract

Extracted data

Reprogramming of preiPSCs into iPSCs by Nanog+EV - bright field merged with GFP

Abstract

Extracted data

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