Seite 27 - inform Nr.1 Februar 2012

LITERATUR
1
Bergmark, A 1989, ’Stability of the
lumbar spine. A study in mechanical
engineering’, Acta Orthopaedica
Scandinavica, suppl.vol.230, pp.1-54
2
Hodges, PW, Holm, KA, Holm, S,
Ekstrom, L, Cresswell, AG, Hansson,
T & Thorstensson, A 2003‚ ’Inter-
vertebral stiffness of the spine is
increased by evoked contraction of
transversus abdominis and the dia-
phragm: In Vivo Porcine Studies’,
Spine, vol.28, no.23, pp. 2594-2601
3
Hodges 2003, ‘Core stability exercise
in chronic low back pain‘, Orthopedic
Clinics of North America, vol. 34,
pp.245-254
4
Moseley, L, Hodges, PW & Gandevia,
SC 2003, ‘External perturbation of the
trunk in standing humans differenti-
ally activates components of the
medial back muscles’, Journal of Phy-
siology, vol. 547, no.2, pp.581-587
5
Hodges, PW & Richardson, CA
1997,‘Feedforward contraction of
transversus abdominis is not influen-
ced by the direction of arm move-
ment‘, Experimental Brain Research,
vol.114, pp.362-370
6
Moseley, L, Hodges, PW & Gandevia,
SC 2002, ‘Deep and superficial fibres
of lumbar multifidus muscle are diffe-
rentially active during voluntary arm
movements’, Spine, vol.27, no.2,
pp.E29-E36
7
Hodges, PW, Butler, JE, Mc Kenzie,
DK & Gandevia, SC 1997,‘Contraction
of the human diaphragm during rapid
arm movements’, Journal of Physio-
logy, vol.505, no.2, pp.539-548
8
Sapsford, RR, Hodges, PW, Richard-
son, CA, Cooper, DH, Markwell, SJ &
Jull, GA 2001, ‘Co-activation of the
abdominal and pelvic floor muscles
during voluntary exercises’, Neuro-
urology and Urodynamics, vol.20,
pp.31-42
9
Sapsford, RR & Hodges, PW 2001,
‘Contraction of the pelvic floor
muscles during abdominal maneu-
vers’, Archives of Physical Medicine
and Rehabilitation, vol.81, pp.1081-
1088
10
Whittaker, JL 2007, Ultrasound Ima-
ging for Rehabilitation of the Lumbo-
pelvic Region, Churchill Livingston,
Philadelphia
11
Hodges, PW & Richardson, CA 1996,
’Inefficient muscular stabilization of
the lumbar spine associated with low
back pain: A motor control evaluation
of Transversus Abdominis’, Spine,
vol.21, pp.2640-2650
12
Hodges, PW & Richardson, CA 1998,
’Delayed postural contraction of
Transversus Abdominis in low back
pain associated with movement of the
lower limb’, Journal of Spinal Disor-
ders, vol.11, no.1, pp.46-56
13
Hodges, PW 2001, ’Changes in motor
planning of feedforward postural
responses of the trunk muscles in
low back pain’, Experimental Brain
Research, vol.141, pp.261-266
14
Critchley, DJ & Coutts, FJ 2002,’
Abdominal muscle function in chronic
low back pain patients’, Physiothe-
rapy, vol.88, no.6, pp.322-332
15
Richardson, CA, Snijders, CJ, Hides,
JA, Damen, L, Pas, MS & Storm, J
2002, ’The relation between the
Transversus Abdominis Muscle,
Sacroiliac Joint Mechanics, and
Low Back Pain’, Spine, vol.27, no.4,
pp.399-405
16
Cowan, SM, Schache, AG, Brukner, P,
Bennell, KL, Hodges, PW, Coburn,
P & Crossley, KM 2004 ,’Delayed
Onset of Transversus Abdominus in
Long-Standing Groin Pain’, Medicine
& Science in Sports & Exercise,
pp.2040-2045
17
Hides, JA, Jull, GA & Richardson CA
2001, ’Long-Term Effects of Specific
Stabilizing Exercises for First-Episode
Low Back Pain’, Spine, vol.26, no.11,
pp.E243-E248
18
Stuge, B, Laerum, E, Kirkesola, G &
V llestad, N 2004,’The Efficacy of a
Treatment Program Focusing on Spe-
cific Stabilizing Exercises for Pelvic
Girdle Pain After Pregnancy’, Spine,
vol.29, no.4, pp.351-359
19
O’Sullivan, PB, Twomey, LT & Allison,
GT 1997, ’Evaluation of specific
stabilizing exercise in the treatment of
chronic low back pain with radiologic
diagnosis of spondylolysis or spondy-
lolisthesis’, Spine, vol.22, pp.2959-
2967
20
Dietz, HP, Wilson, PD & Clarke, B
2001, ’The Use of Perineal Ultrasound
to Quantify Levator Activity and Teach
Pelvic Floor Muscle Exercises’, Inter-
national Urogynecology Journal,
vol.12, pp.166-169
21
Henry, SM & Westervelt, KC 2005,
’The Use of Real-Time Ultrasound
Feedback in Teaching Abdominal
Hollowing Exercises to Healthy
Subjects’, Journal of Orthopaedic &
Sports Physical Therapy, vol.35, no.6,
pp.338-345
22
Kermode, F 2004, ’The benefits of
utilising real-time ultrasound imaging
in the rehabilitation of the lumbar
spine stabilising muscles following
low back injury in the elite athlete –
a single case study’, Physical Therapy
in Sport, vol.5, issue 1, pp.13-16
physio austria inform Februar 2012 27
Fakten zu RTUS
• Klinisch und wissenschaftlich
erprobtes Tool um Tiefen-
muskulatur darzustellen, auf
Aktivität zu befunden und
gezielt zu trainieren RTUS dient
zur Beurteilung von Muskel-
tonus und -aktivität, nicht dem
Stellen von Diagnosen.
• Trotz der teureren Anschaffung
amortisieren sich die Kosten
bei australischen Physiothera-
peuten nach etwa zwei Jahren
(bei einer durchschnittlichen
Lebensdauer des Gerätes
von zehn Jahren)