Muscle and subcutaneous fat volumes in the lower legs of control and CTEV participants, with soft tissue and ratio calculations.

Predictive Equations for Estimation of Body Fat and Abdominal Fat Depots [8].

Swati Bhardwaj (343828)
Anoop Misra (289241)
Ranjita Misra (343829)
Kashish Goel (343830)
Surya Prakash Bhatt (310846)
Kavita Rastogi (343831)
Naval K. Vikram (343832)
Seema Gulati (343833)

February 2013

aPercentage Body fat.bMale: 1; Female: 2.cTriceps skinfold.dWaist circumfere...

Comparison between the automated and manual measurements in quantification of subcutaneous fat.

Andrew T. Grainger (5774798)
Nicholas J. Tustison (5774801)
Kun Qing (5774804)
Rene Roy (5774807)
Stuart S. Berr (5774810)
Weibin Shi (341864)

September 2018

A, The volumes of subcutaneous fat on 20 sequential axial slices from the tail root (slice 1) to the...

Regulation of human subcutaneous adipose tissue blood flow

Frayn, K
Karpe, F

January 2014

Subcutaneous adipose tissue represents about 85% of all body fat. Its major metabolic role is the re...

Tibia and fibula volumes of control and CTEV participants, with ratio calculations.

Suzanne L. Duce (277870)
Mariella D’Alessandro (277871)
Yimeng Du (277873)
Baljit Jagpal (277875)
Fiona J. Gilbert (277877)
Lena Crichton (277879)
Simon Barker (277881)
J. Martin Collinson (189897)
Zosia Miedzybrodzka (93719)

January 2013

VTibia = tibia volume, VFibula = fibula volume, Aff = affected, Unaff = una...

Right-to-left and affected-to-unaffected ratios of lower legs, tibias, muscles or subcutaneous fat volumes.

Suzanne L. Duce (277870)
Mariella D’Alessandro (277871)
Yimeng Du (277873)
Baljit Jagpal (277875)
Fiona J. Gilbert (277877)
Lena Crichton (277879)
Simon Barker (277881)
J. Martin Collinson (189897)
Zosia Miedzybrodzka (93719)

January 2013

Ratio of right-to-left (R:L) volumes for controls (n = 5) (white). Affected-to-unaffected (Aff:Un...

Breakdown of trunk to leg volume ratio by its major components.

Joseph P. Wilson (432646)
Alka M. Kanaya (420171)
Bo Fan (383210)
John A. Shepherd (432647)

July 2013

(A) Mean height-normalized trunk fat mass index (kg/m2), trunk lean mass index (kg/m<s...

An anthropometric determination of leg tissue volumes in young men and women: with consideration of physical activity and changing fat and lean values

T.P. Jones (9518486)

October 2020

An anthropometric determination of leg tissue volumes in young men and women: with consideration of ...

A reproducible semi-automatic method to quantify the muscle-lipid distribution in clinical 3D CT images of the thigh

Mühlberg, Alexander
Museyko, Oleg
Laredo, Jean-Denis
Engelke, Klaus

January 2017

Many studies use threshold-based techniques to assess in vivo the muscle, bone and adipose tissue di...

PDFF and muscle volume of healthy volunteers and patients in hamstring muscles.

Sarah Schlaeger (3746608)
Friedemann Freitag (5349677)
Elisabeth Klupp (3746602)
Michael Dieckmeyer (5349680)
Dominik Weidlich (3746605)
Stephanie Inhuber (5349683)
Marcus Deschauer (3746611)
Benedikt Schoser (198716)
Sarah Bublitz (5349686)
Federica Montagnese (5349689)
Claus Zimmer (732927)
Ernst J. Rummeny (342885)
Dimitrios C. Karampinos (3746617)
Jan S. Kirschke (2609965)
Thomas Baum (406296)

June 2018

PDFF and muscle volume of healthy volunteers and patients in hamstring muscles.</p

A reproducible semi-automatic method to quantify the muscle-lipid distribution in clinical 3D CT images of the thigh.

Alexander Mühlberg
Oleg Museyko
Jean-Denis Laredo
Klaus Engelke

January 2017

Many studies use threshold-based techniques to assess in vivo the muscle, bone and adipose tissue di...

Distribution of naturally occuring fat fraction of the thigh muscles of a large cohort of FSHD patients.

Barbara H. Janssen (508937)
Nicoline B. M. Voet (508938)
Christine I. Nabuurs (508939)
Hermien E. Kan (464691)
Jacky W. J. de Rooy (508940)
Alexander C. Geurts (508941)
George W. Padberg (399110)
Baziel G. M. van Engelen (399109)
Arend Heerschap (385175)

January 2014

(A) Fat fraction distribution over all muscles. Fat fraction of 0 signifies 100% muscle, 1...

Correlation of fat or muscle fraction, determined by quantitative MRI, with clinical scores.

Barbara H. Janssen (508937)
Nicoline B. M. Voet (508938)
Christine I. Nabuurs (508939)
Hermien E. Kan (464691)
Jacky W. J. de Rooy (508940)
Alexander C. Geurts (508941)
George W. Padberg (399110)
Baziel G. M. van Engelen (399109)
Arend Heerschap (385175)

January 2014

(A) Correlation between age of the patient and average fat fraction of the thigh (p<0.05, ...

Conventional and dynamic strength ratio in dominant and non-dominant legs (values are mean±SD), and percentage of change (Δ) {values are mean (95% CI)} from pre- to post-test.

Abdolhamid Daneshjoo (294638)
Abdul Halim Mokhtar (294639)
Nader Rahnama (294641)
Ashril Yusof (294643)

February 2013

Legend: CSR = Conventional strength ratio (concentric knee flexion/concentric knee extensi...

Quantitative fat fraction images at baseline in an individual patient (a – mid lower leg level, c – mid thigh level) and at 12 months follow-up (b – mid lower leg level, d – mid thigh level).

Tracey A. Willis (445696)
Kieren G. Hollingsworth (445697)
Anna Coombs (445698)
Marie-Louise Sveen (445699)
Søren Andersen (445700)
Tanya Stojkovic (445701)
Michelle Eagle (445702)
Anna Mayhew (445703)
Paulo L. de Sousa (445704)
Liz Dewar (445705)
Jasper M. Morrow (445706)
Christopher D. J. Sinclair (445707)
John S. Thornton (291852)
Kate Bushby (445708)
Hanns Lochmüller (445709)
Michael G. Hanna (445710)
Jean-Yves Hogrel (115609)
Pierre G. Carlier (445711)
John Vissing (428273)
Volker Straub (251869)

August 2013

Analysis reveals an increase in fat fraction of the medial and lateral gastrocnemius, peroneus lo...

PDFF and muscle volume of healthy volunteers and patients in quadriceps femoris muscle.

Sarah Schlaeger (3746608)
Friedemann Freitag (5349677)
Elisabeth Klupp (3746602)
Michael Dieckmeyer (5349680)
Dominik Weidlich (3746605)
Stephanie Inhuber (5349683)
Marcus Deschauer (3746611)
Benedikt Schoser (198716)
Sarah Bublitz (5349686)
Federica Montagnese (5349689)
Claus Zimmer (732927)
Ernst J. Rummeny (342885)
Dimitrios C. Karampinos (3746617)
Jan S. Kirschke (2609965)
Thomas Baum (406296)

June 2018

PDFF and muscle volume of healthy volunteers and patients in quadriceps femoris muscle.</p

Predictive Equations for Estimation of Body Fat and Abdominal Fat Depots [8].

Swati Bhardwaj (343828)
Anoop Misra (289241)
Ranjita Misra (343829)
Kashish Goel (343830)
Surya Prakash Bhatt (310846)
Kavita Rastogi (343831)
Naval K. Vikram (343832)
Seema Gulati (343833)

February 2013

aPercentage Body fat.bMale: 1; Female: 2.cTriceps skinfold.dWaist circumfere...

Comparison between the automated and manual measurements in quantification of subcutaneous fat.

Andrew T. Grainger (5774798)
Nicholas J. Tustison (5774801)
Kun Qing (5774804)
Rene Roy (5774807)
Stuart S. Berr (5774810)
Weibin Shi (341864)

September 2018

A, The volumes of subcutaneous fat on 20 sequential axial slices from the tail root (slice 1) to the...

Regulation of human subcutaneous adipose tissue blood flow

Frayn, K
Karpe, F

January 2014

Subcutaneous adipose tissue represents about 85% of all body fat. Its major metabolic role is the re...

Tibia and fibula volumes of control and CTEV participants, with ratio calculations.

Suzanne L. Duce (277870)
Mariella D’Alessandro (277871)
Yimeng Du (277873)
Baljit Jagpal (277875)
Fiona J. Gilbert (277877)
Lena Crichton (277879)
Simon Barker (277881)
J. Martin Collinson (189897)
Zosia Miedzybrodzka (93719)

January 2013

VTibia = tibia volume, VFibula = fibula volume, Aff = affected, Unaff = una...

Right-to-left and affected-to-unaffected ratios of lower legs, tibias, muscles or subcutaneous fat volumes.

Suzanne L. Duce (277870)
Mariella D’Alessandro (277871)
Yimeng Du (277873)
Baljit Jagpal (277875)
Fiona J. Gilbert (277877)
Lena Crichton (277879)
Simon Barker (277881)
J. Martin Collinson (189897)
Zosia Miedzybrodzka (93719)

January 2013

Ratio of right-to-left (R:L) volumes for controls (n = 5) (white). Affected-to-unaffected (Aff:Un...

Breakdown of trunk to leg volume ratio by its major components.

Joseph P. Wilson (432646)
Alka M. Kanaya (420171)
Bo Fan (383210)
John A. Shepherd (432647)

July 2013

(A) Mean height-normalized trunk fat mass index (kg/m2), trunk lean mass index (kg/m<s...

An anthropometric determination of leg tissue volumes in young men and women: with consideration of physical activity and changing fat and lean values

T.P. Jones (9518486)

October 2020

An anthropometric determination of leg tissue volumes in young men and women: with consideration of ...

A reproducible semi-automatic method to quantify the muscle-lipid distribution in clinical 3D CT images of the thigh

Mühlberg, Alexander
Museyko, Oleg
Laredo, Jean-Denis
Engelke, Klaus

January 2017

Many studies use threshold-based techniques to assess in vivo the muscle, bone and adipose tissue di...

PDFF and muscle volume of healthy volunteers and patients in hamstring muscles.

Sarah Schlaeger (3746608)
Friedemann Freitag (5349677)
Elisabeth Klupp (3746602)
Michael Dieckmeyer (5349680)
Dominik Weidlich (3746605)
Stephanie Inhuber (5349683)
Marcus Deschauer (3746611)
Benedikt Schoser (198716)
Sarah Bublitz (5349686)
Federica Montagnese (5349689)
Claus Zimmer (732927)
Ernst J. Rummeny (342885)
Dimitrios C. Karampinos (3746617)
Jan S. Kirschke (2609965)
Thomas Baum (406296)

June 2018

PDFF and muscle volume of healthy volunteers and patients in hamstring muscles.</p

A reproducible semi-automatic method to quantify the muscle-lipid distribution in clinical 3D CT images of the thigh.

Alexander Mühlberg
Oleg Museyko
Jean-Denis Laredo
Klaus Engelke

January 2017

Many studies use threshold-based techniques to assess in vivo the muscle, bone and adipose tissue di...

Distribution of naturally occuring fat fraction of the thigh muscles of a large cohort of FSHD patients.

Barbara H. Janssen (508937)
Nicoline B. M. Voet (508938)
Christine I. Nabuurs (508939)
Hermien E. Kan (464691)
Jacky W. J. de Rooy (508940)
Alexander C. Geurts (508941)
George W. Padberg (399110)
Baziel G. M. van Engelen (399109)
Arend Heerschap (385175)

January 2014

(A) Fat fraction distribution over all muscles. Fat fraction of 0 signifies 100% muscle, 1...

Correlation of fat or muscle fraction, determined by quantitative MRI, with clinical scores.

Barbara H. Janssen (508937)
Nicoline B. M. Voet (508938)
Christine I. Nabuurs (508939)
Hermien E. Kan (464691)
Jacky W. J. de Rooy (508940)
Alexander C. Geurts (508941)
George W. Padberg (399110)
Baziel G. M. van Engelen (399109)
Arend Heerschap (385175)

January 2014

(A) Correlation between age of the patient and average fat fraction of the thigh (p<0.05, ...

Conventional and dynamic strength ratio in dominant and non-dominant legs (values are mean±SD), and percentage of change (Δ) {values are mean (95% CI)} from pre- to post-test.

Abdolhamid Daneshjoo (294638)
Abdul Halim Mokhtar (294639)
Nader Rahnama (294641)
Ashril Yusof (294643)

February 2013

Legend: CSR = Conventional strength ratio (concentric knee flexion/concentric knee extensi...

Quantitative fat fraction images at baseline in an individual patient (a – mid lower leg level, c – mid thigh level) and at 12 months follow-up (b – mid lower leg level, d – mid thigh level).

Tracey A. Willis (445696)
Kieren G. Hollingsworth (445697)
Anna Coombs (445698)
Marie-Louise Sveen (445699)
Søren Andersen (445700)
Tanya Stojkovic (445701)
Michelle Eagle (445702)
Anna Mayhew (445703)
Paulo L. de Sousa (445704)
Liz Dewar (445705)
Jasper M. Morrow (445706)
Christopher D. J. Sinclair (445707)
John S. Thornton (291852)
Kate Bushby (445708)
Hanns Lochmüller (445709)
Michael G. Hanna (445710)
Jean-Yves Hogrel (115609)
Pierre G. Carlier (445711)
John Vissing (428273)
Volker Straub (251869)

August 2013

Analysis reveals an increase in fat fraction of the medial and lateral gastrocnemius, peroneus lo...

PDFF and muscle volume of healthy volunteers and patients in quadriceps femoris muscle.

Sarah Schlaeger (3746608)
Friedemann Freitag (5349677)
Elisabeth Klupp (3746602)
Michael Dieckmeyer (5349680)
Dominik Weidlich (3746605)
Stephanie Inhuber (5349683)
Marcus Deschauer (3746611)
Benedikt Schoser (198716)
Sarah Bublitz (5349686)
Federica Montagnese (5349689)
Claus Zimmer (732927)
Ernst J. Rummeny (342885)
Dimitrios C. Karampinos (3746617)
Jan S. Kirschke (2609965)
Thomas Baum (406296)

June 2018

PDFF and muscle volume of healthy volunteers and patients in quadriceps femoris muscle.</p

Predictive Equations for Estimation of Body Fat and Abdominal Fat Depots [8].

Swati Bhardwaj (343828)
Anoop Misra (289241)
Ranjita Misra (343829)
Kashish Goel (343830)
Surya Prakash Bhatt (310846)
Kavita Rastogi (343831)
Naval K. Vikram (343832)
Seema Gulati (343833)

February 2013

aPercentage Body fat.bMale: 1; Female: 2.cTriceps skinfold.dWaist circumfere...

Comparison between the automated and manual measurements in quantification of subcutaneous fat.

Andrew T. Grainger (5774798)
Nicholas J. Tustison (5774801)
Kun Qing (5774804)
Rene Roy (5774807)
Stuart S. Berr (5774810)
Weibin Shi (341864)

September 2018

A, The volumes of subcutaneous fat on 20 sequential axial slices from the tail root (slice 1) to the...

Regulation of human subcutaneous adipose tissue blood flow

Frayn, K
Karpe, F

January 2014

Subcutaneous adipose tissue represents about 85% of all body fat. Its major metabolic role is the re...

Muscle and subcutaneous fat volumes in the lower legs of control and CTEV participants, with soft tissue and ratio calculations.

Abstract

Extracted data

Muscle and subcutaneous fat volumes in the lower legs of control and CTEV participants, with soft tissue and ratio calculations.

Abstract

Extracted data

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