A histological image of the 1-year model of the frozen bone autograft, showing remodeled bone filling the entire cage including center region.

Fate of autologous and fresh-frozen allogeneic block bone grafts used for ridge augmentation. A CBCT-based analysis

Spin-Neto, Rubens
Stavropoulos, Andreas
Pereira, Luís Antônio Violin Dias
Marcantonio, Elcio
Wenzel, Ann

February 2013

Objectives: To evaluate dimensional changes in autologous (AT) and fresh-frozen allogeneic (AL) bloc...

Idealized schematic representation of human cortical bone microarchitecture and the process of remodeling.

Treena Swanston (356009)
Tamara L. Varney (5680817)
Madalena Kozachuk (5680820)
Sanjukta Choudhury (5680823)
Brian Bewer (1597849)
Ian Coulthard (5680826)
Anne Keenleyside (5680829)
Andrew Nelson (209359)
Ronald R. Martin (5680832)
Douglas R. Stenton (5680835)
David M. L. Cooper (4617442)

August 2018

(a) A bone is bounded by outer periosteal (PO) and inner endosteal (EO) surfaces. During growth, lay...

Bone regeneration was evidenced at the transplanted site.

Yu-Jing Liao (657486)
Pin-Chi Tang (657491)
Yu-Hsin Chen (362657)
Feng-Hsiang Chu (5698388)
Ting-Chieh Kang (5698391)
Lih-Ren Chen (657490)
Jenn-Rong Yang (657487)

August 2018

(A) Image of tibiae after cell transplantation (red circles indicated transplanted sites). (B) Micro...

A histological examination of spinal reconstruction using a frozen bone autograft

Kazuya Shinmura (416431)
Hideki Murakami (138932)
Satoru Demura (416426)
Satoshi Kato (416427)
Katsuhito Yoshioka (416428)
Hiroyuki Hayashi (153400)
Kei Inoue (416429)
Takashi Ota (416430)
Noriaki Yokogawa (416432)
Takayoshi Ishii (571970)
Takashi Igarashi (276289)
Hiroyuki Tsuchiya (282460)

January 2018

<div>Our aim was to compare the process of bone formation after reconstruction of the vertebral b...

Histological picture of the regenerated tissue showing the pattern of newly formed bone (red arrows) within the muscle tissue (M) around the residual component of the cement (Hydroxyapatite) “HA”.

Randa Al-Fotawei (630253)
Ashraf F. Ayoub (630254)
Neil Heath (630255)
Kurt B. Naudi (630256)
K. Elizabeth Tanner (630257)
Matthew J. Dalby (630258)
Jeremy McMahon (630259)

September 2014

Histological picture of the regenerated tissue showing the pattern of newly formed bone (red arro...

Histochemical and morphological aspects of fresh frozen bone: a preliminary study

F.S. De Ponte
G. Cutroneo
R. Falzea
G. Rizzo
L. Catalfamo
A. Favaloro
G. Vermiglio
M. Runci
A. Centofanti
G. Anastasi

December 2016

Bone graft are used in dentistry for the reconstruction of severely atrophic jaws. Fresh frozen b...

Histological analysis of bioreactor tissues.

Emma Watson (4030529)
Hannah A. Pearce (3721054)
Katie J. Hogan (14675677)
Natasja W. M. van Dijk (14675680)
Mollie M. Smoak (8121143)
Sergio Barrios (8754405)
Brandon T. Smith (2562319)
Alexander M. Tatara (567003)
Timothy C. Woernley (14675683)
Jonathan Shum (7950788)
Craig B. Pearl (14675686)
James C. Melville (11860880)
Tang Ho (14675689)
Issa A. Hanna (14675692)
Nagi Demian (14675695)
Jeroen J. J. P. van den Beucken (8678037)
John A. Jansen (327024)
Mark E. Wong (2570560)
Antonios G. Mikos (327022)

February 2023

Low magnification images are shown of tissue in the large (A) and small (B) bioreactors. A high magn...

Histological sections of all treatment groups 6 weeks after surgery (left: overview indicating the cortical and central defect zone, rare case of overgrowing new bone formation above the cortical defect zone outside the defect; right: detailed descriptions): Autograft group (detailed description of the cortical defect zone (red rectangle): yellow arrows: newly formed bone (royalblue); red arrows: former cortical bone (purple); orange: borderline between newly formed bone and the former cortical bone).

Mohssen Hakimi (435947)
Jan-Peter Grassmann (581136)
Marcel Betsch (435943)
Johannes Schneppendahl (444814)
Sebastian Gehrmann (343359)
Ahmad-Reza Hakimi (581137)
Patric Kröpil (581138)
Martin Sager (444817)
Monika Herten (444816)
Michael Wild (435944)
Joachim Windolf (37178)
Pascal Jungbluth (435946)

June 2014

Histological sections of all treatment groups 6 weeks after surgery (left: overview indicating th...

Incorporation of morselized bone grafts: a study of 24 acetabular biopsy specimens.

Donk, S. van der
Buma, P.
Slooff, T.J.J.H.
Gardeniers, J.W.M.
Schreurs, B.W.

January 2002

Animal studies have shown almost complete incorporation of impacted morselized bone grafts. To deter...

Critical size bone defect reconstruction by an autologous 3D osteogenic-like tissue derived from differentiated adipose MSCs

Schubert, Thomas
Lafont, Sébastien
Beaurin, Gwen
Grisay, Guillaume
Behets Wydemans, Catherine
Gianello, Pierre
Dufrane, Denis

January 2013

For critical size bone defects and bone non-unions, bone tissue engineering using osteoblastic diffe...

Remodeling Of Cortical And Corticocancellous Fresh-frozen Allogeneic Block Bone Grafts - A Radiographic And Histomorphometric Comparison To Autologous Bone Grafts

Spin-Neto R.
Stavropoulos A.
Coletti F.L.
Pereira L.A.V.D.
Marcantonio E.
Wenzel A.

November 2015

Objectives: To compare cortical (AL-C) and corticocancellous (AL-CC) fresh-frozen block bone allogra...

Representative histological section, retrieved after 4 weeks of healing.

Amol Chaudhari (344036)
Annabel Braem (344037)
Jozef Vleugels (344039)
Johan A. Martens (344041)
Ignace Naert (316546)
Marcio Vivan Cardoso (344044)
Joke Duyck (316547)

February 2013

(A) Scanned image of the histological section. (B) The same image after being digitally processed...

Potential of autogenous or fresh-frozen allogeneic bone block grafts for bone remodelling: a histological, histometrical, and immunohistochemical analysis in rabbits

Garbin Junior, E.A.
de Lima, V.N.
Momesso, G.A.C.
Mello-Neto, J.M.
Érnica, N.M.
Magro Filho, O.

January 2017

Our aim was to compare the wound healing of autogenous bone grafts with that of fresh-frozen allogen...

Viability of osteocytes in bone autografts harvested for dental implantology

Guillaume, Bernard
Gaudin, Christine
Georgeault, Sonia
Mallet, Romain
Baslé, Michel-Félix
Chappard, Daniel

January 2009

International audienceBone autograft remains a very useful and popular way for filling bone defects....

The comparative analysis of homologous fresh frozen bone and autogenous bone graft, associated or not with autogenous bone marrow, in rabbit calvaria: a clinical and histomorphometric study

Pelegrine, Andre Antonio
Sorgi da Costa, Carlos Eduardo
Sendyk, Wilson Roberto
Gromatzky, Alfredo

August 2011

The aim of this study was to evaluate the potential of fresh frozen homologous and autogenous grafts...

Fate of autologous and fresh-frozen allogeneic block bone grafts used for ridge augmentation. A CBCT-based analysis

Spin-Neto, Rubens
Stavropoulos, Andreas
Pereira, Luís Antônio Violin Dias
Marcantonio, Elcio
Wenzel, Ann

February 2013

Objectives: To evaluate dimensional changes in autologous (AT) and fresh-frozen allogeneic (AL) bloc...

Idealized schematic representation of human cortical bone microarchitecture and the process of remodeling.

Treena Swanston (356009)
Tamara L. Varney (5680817)
Madalena Kozachuk (5680820)
Sanjukta Choudhury (5680823)
Brian Bewer (1597849)
Ian Coulthard (5680826)
Anne Keenleyside (5680829)
Andrew Nelson (209359)
Ronald R. Martin (5680832)
Douglas R. Stenton (5680835)
David M. L. Cooper (4617442)

August 2018

(a) A bone is bounded by outer periosteal (PO) and inner endosteal (EO) surfaces. During growth, lay...

Bone regeneration was evidenced at the transplanted site.

Yu-Jing Liao (657486)
Pin-Chi Tang (657491)
Yu-Hsin Chen (362657)
Feng-Hsiang Chu (5698388)
Ting-Chieh Kang (5698391)
Lih-Ren Chen (657490)
Jenn-Rong Yang (657487)

August 2018

(A) Image of tibiae after cell transplantation (red circles indicated transplanted sites). (B) Micro...

A histological examination of spinal reconstruction using a frozen bone autograft

Kazuya Shinmura (416431)
Hideki Murakami (138932)
Satoru Demura (416426)
Satoshi Kato (416427)
Katsuhito Yoshioka (416428)
Hiroyuki Hayashi (153400)
Kei Inoue (416429)
Takashi Ota (416430)
Noriaki Yokogawa (416432)
Takayoshi Ishii (571970)
Takashi Igarashi (276289)
Hiroyuki Tsuchiya (282460)

January 2018

<div>Our aim was to compare the process of bone formation after reconstruction of the vertebral b...

Histological picture of the regenerated tissue showing the pattern of newly formed bone (red arrows) within the muscle tissue (M) around the residual component of the cement (Hydroxyapatite) “HA”.

Randa Al-Fotawei (630253)
Ashraf F. Ayoub (630254)
Neil Heath (630255)
Kurt B. Naudi (630256)
K. Elizabeth Tanner (630257)
Matthew J. Dalby (630258)
Jeremy McMahon (630259)

September 2014

Histological picture of the regenerated tissue showing the pattern of newly formed bone (red arro...

Histochemical and morphological aspects of fresh frozen bone: a preliminary study

F.S. De Ponte
G. Cutroneo
R. Falzea
G. Rizzo
L. Catalfamo
A. Favaloro
G. Vermiglio
M. Runci
A. Centofanti
G. Anastasi

December 2016

Bone graft are used in dentistry for the reconstruction of severely atrophic jaws. Fresh frozen b...

Histological analysis of bioreactor tissues.

Emma Watson (4030529)
Hannah A. Pearce (3721054)
Katie J. Hogan (14675677)
Natasja W. M. van Dijk (14675680)
Mollie M. Smoak (8121143)
Sergio Barrios (8754405)
Brandon T. Smith (2562319)
Alexander M. Tatara (567003)
Timothy C. Woernley (14675683)
Jonathan Shum (7950788)
Craig B. Pearl (14675686)
James C. Melville (11860880)
Tang Ho (14675689)
Issa A. Hanna (14675692)
Nagi Demian (14675695)
Jeroen J. J. P. van den Beucken (8678037)
John A. Jansen (327024)
Mark E. Wong (2570560)
Antonios G. Mikos (327022)

February 2023

Low magnification images are shown of tissue in the large (A) and small (B) bioreactors. A high magn...

Histological sections of all treatment groups 6 weeks after surgery (left: overview indicating the cortical and central defect zone, rare case of overgrowing new bone formation above the cortical defect zone outside the defect; right: detailed descriptions): Autograft group (detailed description of the cortical defect zone (red rectangle): yellow arrows: newly formed bone (royalblue); red arrows: former cortical bone (purple); orange: borderline between newly formed bone and the former cortical bone).

Mohssen Hakimi (435947)
Jan-Peter Grassmann (581136)
Marcel Betsch (435943)
Johannes Schneppendahl (444814)
Sebastian Gehrmann (343359)
Ahmad-Reza Hakimi (581137)
Patric Kröpil (581138)
Martin Sager (444817)
Monika Herten (444816)
Michael Wild (435944)
Joachim Windolf (37178)
Pascal Jungbluth (435946)

June 2014

Histological sections of all treatment groups 6 weeks after surgery (left: overview indicating th...

Incorporation of morselized bone grafts: a study of 24 acetabular biopsy specimens.

Donk, S. van der
Buma, P.
Slooff, T.J.J.H.
Gardeniers, J.W.M.
Schreurs, B.W.

January 2002

Animal studies have shown almost complete incorporation of impacted morselized bone grafts. To deter...

Critical size bone defect reconstruction by an autologous 3D osteogenic-like tissue derived from differentiated adipose MSCs

Schubert, Thomas
Lafont, Sébastien
Beaurin, Gwen
Grisay, Guillaume
Behets Wydemans, Catherine
Gianello, Pierre
Dufrane, Denis

January 2013

For critical size bone defects and bone non-unions, bone tissue engineering using osteoblastic diffe...

Remodeling Of Cortical And Corticocancellous Fresh-frozen Allogeneic Block Bone Grafts - A Radiographic And Histomorphometric Comparison To Autologous Bone Grafts

Spin-Neto R.
Stavropoulos A.
Coletti F.L.
Pereira L.A.V.D.
Marcantonio E.
Wenzel A.

November 2015

Objectives: To compare cortical (AL-C) and corticocancellous (AL-CC) fresh-frozen block bone allogra...

Representative histological section, retrieved after 4 weeks of healing.

Amol Chaudhari (344036)
Annabel Braem (344037)
Jozef Vleugels (344039)
Johan A. Martens (344041)
Ignace Naert (316546)
Marcio Vivan Cardoso (344044)
Joke Duyck (316547)

February 2013

(A) Scanned image of the histological section. (B) The same image after being digitally processed...

Potential of autogenous or fresh-frozen allogeneic bone block grafts for bone remodelling: a histological, histometrical, and immunohistochemical analysis in rabbits

Garbin Junior, E.A.
de Lima, V.N.
Momesso, G.A.C.
Mello-Neto, J.M.
Érnica, N.M.
Magro Filho, O.

January 2017

Our aim was to compare the wound healing of autogenous bone grafts with that of fresh-frozen allogen...

Viability of osteocytes in bone autografts harvested for dental implantology

Guillaume, Bernard
Gaudin, Christine
Georgeault, Sonia
Mallet, Romain
Baslé, Michel-Félix
Chappard, Daniel

January 2009

International audienceBone autograft remains a very useful and popular way for filling bone defects....

The comparative analysis of homologous fresh frozen bone and autogenous bone graft, associated or not with autogenous bone marrow, in rabbit calvaria: a clinical and histomorphometric study

Pelegrine, Andre Antonio
Sorgi da Costa, Carlos Eduardo
Sendyk, Wilson Roberto
Gromatzky, Alfredo

August 2011

The aim of this study was to evaluate the potential of fresh frozen homologous and autogenous grafts...

Fate of autologous and fresh-frozen allogeneic block bone grafts used for ridge augmentation. A CBCT-based analysis

Spin-Neto, Rubens
Stavropoulos, Andreas
Pereira, Luís Antônio Violin Dias
Marcantonio, Elcio
Wenzel, Ann

February 2013

Objectives: To evaluate dimensional changes in autologous (AT) and fresh-frozen allogeneic (AL) bloc...

Idealized schematic representation of human cortical bone microarchitecture and the process of remodeling.

Treena Swanston (356009)
Tamara L. Varney (5680817)
Madalena Kozachuk (5680820)
Sanjukta Choudhury (5680823)
Brian Bewer (1597849)
Ian Coulthard (5680826)
Anne Keenleyside (5680829)
Andrew Nelson (209359)
Ronald R. Martin (5680832)
Douglas R. Stenton (5680835)
David M. L. Cooper (4617442)

August 2018

(a) A bone is bounded by outer periosteal (PO) and inner endosteal (EO) surfaces. During growth, lay...

Bone regeneration was evidenced at the transplanted site.

Yu-Jing Liao (657486)
Pin-Chi Tang (657491)
Yu-Hsin Chen (362657)
Feng-Hsiang Chu (5698388)
Ting-Chieh Kang (5698391)
Lih-Ren Chen (657490)
Jenn-Rong Yang (657487)

August 2018

(A) Image of tibiae after cell transplantation (red circles indicated transplanted sites). (B) Micro...

A histological image of the 1-year model of the frozen bone autograft, showing remodeled bone filling the entire cage including center region.

Abstract

Extracted data

A histological image of the 1-year model of the frozen bone autograft, showing remodeled bone filling the entire cage including center region.

Abstract

Extracted data

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