Representative images of peripheral blood (PB)-derived mesenchymal stem cells (MSCs) in their undifferentiated state (A & C) and chondrogenic induced (B & D) after Alcian Blue (A & B) and Safranin O (C & D) stainings.

Observation of the pathological slides of nude mouse bone marrow under light microscope on day +21 after transplantation.

Yao Liu (173014)
Xing-hua Chen (331609)
Ying-jian Si (331611)
Zhong-jun Li (331613)
Lei Gao (6566)
Li Gao (131516)
Cheng Zhang (70708)
Xi Zhang (83736)

February 2013

9-A: control group; 9-B: HUCBSCs group; 9-C: VCAM-1-HUCBSCs-1 group; 9-D: VCAM-1-HUCBSCs-2 group,...

Non-invasive stem cell tracking in hindlimb ischemia animal model using bio-orthogonal copper-free click chemistry

?????????

October 2016

Labeling of stem cells aims to distinguish transplanted cells from host cells, understand in vivo fa...

Fig 10 -

Andrew M. Lewis Jr. (17599013)
Gideon Foseh (642638)
Wei Tu (486234)
Keith Peden (358515)
Adovi Akue (5559059)
Mark KuKuruga (5559056)
Daniel Rotroff (3541940)
Gladys Lewis (14002606)
Ilya Mazo (16305)
Steven R. Bauer (10331667)

December 2023

a. Chondrogenic differentiation assays with AGMK1-9T7 cells at p13 and p23. The chondroblasts in thi...

Representative images of peripheral blood (PB)-derived mesenchymal stem cells (MSCs) in their undifferentiated state (A & C) and chondrogenic induced (B & D) after Hematoxylin (A & B) and Crystal Violet (C & D) stainings.

Sarah Broeckx (511044)
Marieke Zimmerman (511045)
Sara Crocetti (457259)
Marc Suls (511046)
Tom Mariën (511047)
Stephen J. Ferguson (451392)
Koen Chiers (147706)
Luc Duchateau (296819)
Alfredo Franco-Obregón (457263)
Karin Wuertz (511048)
Jan H. Spaas (511049)

January 2014

The typical chondrogenic morphology and lacune formation (black arrow) can be noticed after induc...

Human peripheral blood derived mesenchymal stem cells demonstrate similar characteristics and chondrogenic differentiation potential to bone marrow derived mesenchymal stem cells

Chong, P.P.
Selvaratnam, L.
Abbas, A.A.
Kamarul, Tunku

January 2011

The use of mesenchymal stem cells (MSCs) for cartilage repair has generated much interest owing to t...

Image_1_Bone marrow mesenchymal stromal cell-derived extracellular matrix displays altered glycosaminoglycan structure and impaired functionality in Myelodysplastic Syndromes.jpeg

Amanpreet Kaur Bains (13757299)
Lena Behrens Wu (13757302)
Jennifer Rivière (13757305)
Sandra Rother (3833674)
Valentina Magno (13757308)
Jens Friedrichs (447385)
Carsten Werner (145899)
Martin Bornhäuser (219605)
Katharina S. Götze (13757311)
Michael Cross (174097)
Uwe Platzbecker (3175935)
Manja Wobus (326146)

September 2022

Myelodysplastic syndromes (MDS) comprise a heterogeneous group of hematologic malignancies character...

Definition of the cell population as MSC.

Fabian Westhauser (5314436)
Maria Karadjian (6407708)
Christopher Essers (6407711)
Anne-Sophie Senger (6407714)
Sébastien Hagmann (3684724)
Gerhard Schmidmaier (86484)
Arash Moghaddam (2889839)

February 2019

The cell populations were able to differentiate into chondrogenic lineage as demonstrated by the ora...

Multipotency evaluations of ADSCs and BMSCs.

Chinedu C. Ude (575044)
Shamsul B. Sulaiman (575045)
Ng Min-Hwei (575046)
Chen Hui-Cheng (575047)
Johan Ahmad (575048)
Norhamdan M. Yahaya (575049)
Aminuddin B. Saim (575050)
Ruszymah B. H. Idrus (575051)

June 2014

(a) Inverted phase contrast images of the Adipogenic inductions of ADSCs and BMSCs. The im...

Peripheral blood mononuclear cell characterization.

Niina Hopper (780933)
John Wardale (780934)
Roger Brooks (780935)
Jonathan Power (780936)
Neil Rushton (780937)
Frances Henson (780938)

August 2015

(A) Fluorescent labelling of fresh PBMC in suspension and adherent PBMC in both normoxia and hypo...

MSCs demonstrate trilineage differentiation potential.

Rosita R. Asawa (5680631)
Jessica C. Belkowski (5680634)
Daniel A. Schmitt (5680637)
Elizabeth M. Hernandez (5680640)
Ann E. Babcock (5680643)
Christina K. Lochner (5680646)
Holly N. Baca (5680649)
Colleen M. Rylatt (5680652)
Isaac S. Steffes (5680655)
Jace J. VanSteenburg (5680658)
Karina E. Diaz (5680661)
Derek M. Doroski (5680664)

August 2018

Staining of cells cultured in chondrogenic, osteogenic, or adipogenic differentiation medium (top ro...

Characterization of human MSC.

Soraya Carrancio (341408)
Belen Blanco (341409)
Carlos Romo (341410)
Sandra Muntion (341411)
Natalia Lopez-Holgado (341412)
Juan F. Blanco (325293)
Jesus G. Briñon (5652718)
Jesus F. San Miguel (5652721)
Fermin M. Sanchez-Guijo (325296)
M. Consuelo del Cañizo (341413)

February 2013

A) Images from MSC expansion. B) Mean fluorescence intensity of stained MSC (blue) ...

Semi-automatic grading system in histologic and immunohistochemistry analysis to evaluate in vitro chondrogenesis

Johana Guevara Morales
María Lucía Gutiérrez
Luis Alejandro Barrera

August 2012

During embryological limb formation mesenchymal cells condense and differentiate into chondrocytes, ...

Stemness of primary AMSC lines demonstrated with differentiation along three mesenchymal lineages, Adipocyte (a, d [48], g), Osteocyte (b [48], e, h), and Chondrocyte (c [48], f, i), documented via lineage specific staining with Oil Red O, Alizarin Red, and Collagen II, respectively.

Courtney Pendleton (388295)
Qian Li (114642)
David A. Chesler (388296)
Kristy Yuan (388297)
Hugo Guerrero-Cazares (154289)
Alfredo Quinones-Hinojosa (154292)

March 2013

The details of the staining protocols are provided in the methods section. Scale bar, 50 µm.</p

Distribution of MSCs.

Shaomei Wang (367067)
Bin Lu (65603)
Sergei Girman (367068)
Jie Duan (324013)
Trevor McFarland (367069)
Qing-shuo Zhang (5653621)
Markus Grompe (266975)
Grazyna Adamus (3973)
Binoy Appukuttan (156287)
Raymond Lund (367070)

February 2013

A. phase contrast microphotograph of bone marrow derived mesenchymal stem cells at passage 2. B. ...

Differentiation of MSCs.

Zhilong Li (350100)
Chenxiong Liu (350102)
Zhenhua Xie (350103)
Pengyue Song (350104)
Robert C. H. Zhao (350105)
Ling Guo (9700)
Zhigang Liu (265354)
Yaojiong Wu (43862)

February 2013

Cultured in appropriate induction media, (A & B) MSCs differentiated into adipocytes (after oil r...

Observation of the pathological slides of nude mouse bone marrow under light microscope on day +21 after transplantation.

Yao Liu (173014)
Xing-hua Chen (331609)
Ying-jian Si (331611)
Zhong-jun Li (331613)
Lei Gao (6566)
Li Gao (131516)
Cheng Zhang (70708)
Xi Zhang (83736)

February 2013

9-A: control group; 9-B: HUCBSCs group; 9-C: VCAM-1-HUCBSCs-1 group; 9-D: VCAM-1-HUCBSCs-2 group,...

Non-invasive stem cell tracking in hindlimb ischemia animal model using bio-orthogonal copper-free click chemistry

?????????

October 2016

Labeling of stem cells aims to distinguish transplanted cells from host cells, understand in vivo fa...

Fig 10 -

Andrew M. Lewis Jr. (17599013)
Gideon Foseh (642638)
Wei Tu (486234)
Keith Peden (358515)
Adovi Akue (5559059)
Mark KuKuruga (5559056)
Daniel Rotroff (3541940)
Gladys Lewis (14002606)
Ilya Mazo (16305)
Steven R. Bauer (10331667)

December 2023

a. Chondrogenic differentiation assays with AGMK1-9T7 cells at p13 and p23. The chondroblasts in thi...

Representative images of peripheral blood (PB)-derived mesenchymal stem cells (MSCs) in their undifferentiated state (A & C) and chondrogenic induced (B & D) after Hematoxylin (A & B) and Crystal Violet (C & D) stainings.

Sarah Broeckx (511044)
Marieke Zimmerman (511045)
Sara Crocetti (457259)
Marc Suls (511046)
Tom Mariën (511047)
Stephen J. Ferguson (451392)
Koen Chiers (147706)
Luc Duchateau (296819)
Alfredo Franco-Obregón (457263)
Karin Wuertz (511048)
Jan H. Spaas (511049)

January 2014

The typical chondrogenic morphology and lacune formation (black arrow) can be noticed after induc...

Human peripheral blood derived mesenchymal stem cells demonstrate similar characteristics and chondrogenic differentiation potential to bone marrow derived mesenchymal stem cells

Chong, P.P.
Selvaratnam, L.
Abbas, A.A.
Kamarul, Tunku

January 2011

The use of mesenchymal stem cells (MSCs) for cartilage repair has generated much interest owing to t...

Image_1_Bone marrow mesenchymal stromal cell-derived extracellular matrix displays altered glycosaminoglycan structure and impaired functionality in Myelodysplastic Syndromes.jpeg

Amanpreet Kaur Bains (13757299)
Lena Behrens Wu (13757302)
Jennifer Rivière (13757305)
Sandra Rother (3833674)
Valentina Magno (13757308)
Jens Friedrichs (447385)
Carsten Werner (145899)
Martin Bornhäuser (219605)
Katharina S. Götze (13757311)
Michael Cross (174097)
Uwe Platzbecker (3175935)
Manja Wobus (326146)

September 2022

Myelodysplastic syndromes (MDS) comprise a heterogeneous group of hematologic malignancies character...

Definition of the cell population as MSC.

Fabian Westhauser (5314436)
Maria Karadjian (6407708)
Christopher Essers (6407711)
Anne-Sophie Senger (6407714)
Sébastien Hagmann (3684724)
Gerhard Schmidmaier (86484)
Arash Moghaddam (2889839)

February 2019

The cell populations were able to differentiate into chondrogenic lineage as demonstrated by the ora...

Multipotency evaluations of ADSCs and BMSCs.

Chinedu C. Ude (575044)
Shamsul B. Sulaiman (575045)
Ng Min-Hwei (575046)
Chen Hui-Cheng (575047)
Johan Ahmad (575048)
Norhamdan M. Yahaya (575049)
Aminuddin B. Saim (575050)
Ruszymah B. H. Idrus (575051)

June 2014

(a) Inverted phase contrast images of the Adipogenic inductions of ADSCs and BMSCs. The im...

Peripheral blood mononuclear cell characterization.

Niina Hopper (780933)
John Wardale (780934)
Roger Brooks (780935)
Jonathan Power (780936)
Neil Rushton (780937)
Frances Henson (780938)

August 2015

(A) Fluorescent labelling of fresh PBMC in suspension and adherent PBMC in both normoxia and hypo...

MSCs demonstrate trilineage differentiation potential.

Rosita R. Asawa (5680631)
Jessica C. Belkowski (5680634)
Daniel A. Schmitt (5680637)
Elizabeth M. Hernandez (5680640)
Ann E. Babcock (5680643)
Christina K. Lochner (5680646)
Holly N. Baca (5680649)
Colleen M. Rylatt (5680652)
Isaac S. Steffes (5680655)
Jace J. VanSteenburg (5680658)
Karina E. Diaz (5680661)
Derek M. Doroski (5680664)

August 2018

Staining of cells cultured in chondrogenic, osteogenic, or adipogenic differentiation medium (top ro...

Characterization of human MSC.

Soraya Carrancio (341408)
Belen Blanco (341409)
Carlos Romo (341410)
Sandra Muntion (341411)
Natalia Lopez-Holgado (341412)
Juan F. Blanco (325293)
Jesus G. Briñon (5652718)
Jesus F. San Miguel (5652721)
Fermin M. Sanchez-Guijo (325296)
M. Consuelo del Cañizo (341413)

February 2013

A) Images from MSC expansion. B) Mean fluorescence intensity of stained MSC (blue) ...

Semi-automatic grading system in histologic and immunohistochemistry analysis to evaluate in vitro chondrogenesis

Johana Guevara Morales
María Lucía Gutiérrez
Luis Alejandro Barrera

August 2012

During embryological limb formation mesenchymal cells condense and differentiate into chondrocytes, ...

Stemness of primary AMSC lines demonstrated with differentiation along three mesenchymal lineages, Adipocyte (a, d [48], g), Osteocyte (b [48], e, h), and Chondrocyte (c [48], f, i), documented via lineage specific staining with Oil Red O, Alizarin Red, and Collagen II, respectively.

Courtney Pendleton (388295)
Qian Li (114642)
David A. Chesler (388296)
Kristy Yuan (388297)
Hugo Guerrero-Cazares (154289)
Alfredo Quinones-Hinojosa (154292)

March 2013

The details of the staining protocols are provided in the methods section. Scale bar, 50 µm.</p

Distribution of MSCs.

Shaomei Wang (367067)
Bin Lu (65603)
Sergei Girman (367068)
Jie Duan (324013)
Trevor McFarland (367069)
Qing-shuo Zhang (5653621)
Markus Grompe (266975)
Grazyna Adamus (3973)
Binoy Appukuttan (156287)
Raymond Lund (367070)

February 2013

A. phase contrast microphotograph of bone marrow derived mesenchymal stem cells at passage 2. B. ...

Differentiation of MSCs.

Zhilong Li (350100)
Chenxiong Liu (350102)
Zhenhua Xie (350103)
Pengyue Song (350104)
Robert C. H. Zhao (350105)
Ling Guo (9700)
Zhigang Liu (265354)
Yaojiong Wu (43862)

February 2013

Cultured in appropriate induction media, (A & B) MSCs differentiated into adipocytes (after oil r...

Observation of the pathological slides of nude mouse bone marrow under light microscope on day +21 after transplantation.

Yao Liu (173014)
Xing-hua Chen (331609)
Ying-jian Si (331611)
Zhong-jun Li (331613)
Lei Gao (6566)
Li Gao (131516)
Cheng Zhang (70708)
Xi Zhang (83736)

February 2013

9-A: control group; 9-B: HUCBSCs group; 9-C: VCAM-1-HUCBSCs-1 group; 9-D: VCAM-1-HUCBSCs-2 group,...

Non-invasive stem cell tracking in hindlimb ischemia animal model using bio-orthogonal copper-free click chemistry

?????????

October 2016

Labeling of stem cells aims to distinguish transplanted cells from host cells, understand in vivo fa...

Fig 10 -

Andrew M. Lewis Jr. (17599013)
Gideon Foseh (642638)
Wei Tu (486234)
Keith Peden (358515)
Adovi Akue (5559059)
Mark KuKuruga (5559056)
Daniel Rotroff (3541940)
Gladys Lewis (14002606)
Ilya Mazo (16305)
Steven R. Bauer (10331667)

December 2023

a. Chondrogenic differentiation assays with AGMK1-9T7 cells at p13 and p23. The chondroblasts in thi...

Representative images of peripheral blood (PB)-derived mesenchymal stem cells (MSCs) in their undifferentiated state (A & C) and chondrogenic induced (B & D) after Alcian Blue (A & B) and Safranin O (C & D) stainings.

Abstract

Extracted data

Representative images of peripheral blood (PB)-derived mesenchymal stem cells (MSCs) in their undifferentiated state (A & C) and chondrogenic induced (B & D) after Alcian Blue (A & B) and Safranin O (C & D) stainings.

Abstract

Extracted data

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