5. Treatment
of
breast
cancer
— Local
versus
systemic
therapy
— Local
— Surgery
— Radiation
therapy
— Systemic
— Chemotherapy
— Hormone
therapy
— Target
therapy
— adjuvant
versus
neoadjuvant
therapy
6. Surgery
for
breast
cancer
— Mastectomy
— Modified
radical
mastectomy
(MRM)
— Breast
conserving
surgery
(BCS)
— Breast
reconstructive
surgery
— Breast
implant
— TRAM
— Lymph
node
surgery
— Axillary
lymph
node
dissection
(ALND)
— Sentinel
lymph
node
biopsy
(SLNB)
10. Sequelae
of
the
upper
quarter
a;er
breast
cancer
treatment
— Restricted
upper
quarter
mobility
— Pain
— Lymphedema
— Impaired
sensation
— Impaired
strength
10
11. Prognosis
of
the
following
surgery
and
radia5on
for
breast
cancer
included
32
studies
to
analyze
—
shoulder
restriction
1%-‐67%
—
lymphedema
0-‐34%
—
pain
— Shoulder
and/or
arm
pain
9%-‐68%
— Breast
and/or
scar
pain
15%-‐72%
— weakness
— quality
of
life
—
prognostic
factors
11
( Lee TS, et al. 2008)
12. Contribu5on
of
type
of
surgery
— MRM
versus
BCS
12
Outcomes OR 95% CI
Shoulder restriction 5.67 1.03-31.06
lymphedema No difference
ALND versus SLNB
Outcomes OR 95% CI Reference
Shoulder restriction 1.27 0.38-4.26 Barranger et al. 2005
lymphedema 11.67 1.45 – 94.65 Barranger et al. 2005
Arm pain 3.73 1.23-11.34 Peintinger et al. 2003
Arm pain 4.61 2.01-10.59 Barranger et al. 2005
13. Contribu5on
of
radia5on
to
upper
limb
outcomes
Outcomes OR 95% CI
Lymphedema 1.46 1.16-1.84
Shoulder restriction 1.67 0.98-2.86
Weakness Not predictive
QOL Not prognostic
indicator
Breast pain at 6 months 1.99 1.41-2.81
Breast pain at 2 years 1 0.65-1.55
Breast pain at 12 months Not predictive
13
18. First
few
weeks
a;er
surgery
for
wound
healing
— Avoid
splinting
their
arms
— Avoid
repeated
motion
— Avoid
heavy
lifting
19. Postsurgical
rehabilita5on
for
breast
cancer
— Progressive
shoulder
ROM
— Postural
exercise
— Pectoralis
stretching
— Strengthening
scapular
muscles
— Lymphedema
education
— Risk
reduction
precautions
— Life
style
modification
— Gradual
strengthening
and
conditioning
exercises
— Scar
management
— Pain
and
symptom
management
— Swelling
management
19
20. 20
PEDro
scale
作者/發表年
國家
研究目的
主要結果
5
Lacomba MT,et al
2010
Spain
早期物理治療運動是否可以預防
淋巴水腫
追蹤2年,早期物理治療運動,比控制
組淋巴水腫發生率低
8
Sagen A, et al.
2009
Norway
不限制患側活動對淋巴水腫的影
響
乳癌開刀後應鼓勵維持活動,並不會
增加淋巴水腫
7
Todd J,et al
2008
UK
術後一週內限制關節活動與不限
制關節活動在1年後的結果
術後一週內不限制肩關節活動, 1年後
發生淋巴水腫比較高。其餘在肌力、
關節角度、功能、QOL無差異
Cinar N,et al
2008
Turkey 術後開始復健比照居家自行運動
的療效
術後早期復健在關節活動度及功能恢
復較好
7
Beurskens CHG,
et al
2007
Netherland 術後PT比照居家自己運動的效果
在術後 3個月、6個月,有接受物理治
療組在肩關節前屈、外展、功能及疼
痛顯著比控制組好
7
Lauridsen, et al.
2005
Denmark
團體物理治療的在肩關節功能的
效果
團體物理治療在肩關節功能有顯著效
果
4
Box RC, et al.
2002a
Australia
術後運動治療與控制組肩關節活
動度的恢復情形與危險因子
術後運動恢復較快較好
5
Box RC, et al
2002b
Australia
術後運動治療與控制組淋巴水腫
的發生率
術後 2年後,運動治療組淋巴水腫發生
率較低
5
Bendz I, Olsen
MF
2002
Sweden
術後第一天開始PT與術後2週開
始PT的效果
術後第一天開始作PT,恢復較快。在
2年後肩關節外展與前屈有差異。
21. Time-‐related
change
of
shoulder
mobility
21
Box et al. 2002a
D
5
1m
3m
6m 12m 24 m
ns
ns
P0.0
5
P0.0
1
abduction
22. Delayed
versus
early
mobiliza5on
of
shoulder
— 術後一週內限制關節活動與不限制關節活動在1年
後的結果
(Todd
et
al.,2008)
— 術後一週內不限制肩關節活動,
1年後發生淋巴水腫比
較高。
— 在肌力、關節角度、功能、QOL無差異
— 術後第一天開始PT與術後2週開始PT的效果
(Bendz
Olsen,
2002)
— 術後第一天開始作PT,恢復較快。在2年後肩關節外展
與前屈有差異。
22
23. Early
versus
Delayed
full
ROM
of
shoulder
— Early
exercise
— more
effective
in
the
short
term
recovery
of
shoulder
flexion
— Delay
exercise
— ↓Seroma
— ↓Lymphedema
23
Shamley et al., 2005
24. Exercise
interven5ons
for
upper-‐limb
dysfunc5on
due
to
breast
cancer
treatment
— Post-‐operative:
early
versus
delayed
exercises
— Ten
studies
including
1304
participants
— Implementing
early
exercise
was
more
effective
than
delayed
exercise
in
the
short
term
recovery
of
shoulder
flexion
— early
exercise
also
resulted
in
a
statistically
significant
increase
in
wound
drainage
volume
and
duration
Cochrane Review, 2010
25. Post-‐opera5ve:
Structured
exercise
programs
versus
comparison
— Significantly improved shoulder flexion ROM in
the short-term
— Additional benefit for shoulder function post-
intervention and at six-month
— No evidence of increased risk of lymphedema
from exercise at any time point
25
Exercise interventions for upper-limb dysfunction due to breast cancer treatment
(Cochrane Review, 2010)
32. Incidence
of
Myofascial
pain
syndrome
(MPS)a;er
breast
cancer
surgery
— n=116
s/p
unilateral
breast
surgery
+
ALND
—
assessed
pre-‐op,
post-‐op
at
discharge
day,
f/u
4
weeks,
3m,
6m,
12m
—
52/116
was
detected
active
MPS
(44.8%,
95%CI
35.6-‐54.3)
—
MPS
developed
mainly
during
the
6-‐month
period
after
surgery
32
Lacomba MT 2010
35. Longitudinal
Change
of
Treatment-‐Related
Upper
Limb
Dysfunc5on
—
The
major
post-‐operative
ULD
— pectoralis
tightness
at
3
and
6
months
— lymphedema
at
12
months.
— Late
ULD
such
as
rotator
cuff
disease
were
associated
with
pectoral
tightness
or
lymphedema
at
earlier
stages.
— Diagnosis
and
treatment
of
ULD
should
take
place
as
soon
as
possible
after
surgery.
Yang et al., 2010
42. For
women
at
risk
of
lymphedema
— Get
regular
check-‐up
— Report
changes
— Try
to
get
to
and/or
stay
at
a
healthy
weight
— Exercise
— Try
to
avoid
infection
— Be
aware
of
cellulitis
— Try
to
avoid
burns
and
extreme
temperatures
— Try
to
avoid
limb
constriction
— Use
of
compression
garments
— Air
travel
42
45. Tram
Flap
Abs:
— Approximately
10
weeks
after
Tram
Flap
reconstruction,
perform
gentle,
specifically
designed
abdominal
and
lower
back
exercises
with
guidance
from
physicians
and
physical
therapists.
— To
support
the
lower
back
and
abdominals
during
floor
exercises,
place
a
thinly
rolled
towel
horizontally
under
the
tailbone
and
lower
buttocks.
This
will
help
stabilize
the
spine
and
allow
for
a
mild
contraction
of
lower
abdominals.
46. Implant
Reconstruc5on:
— Avoid
overhead
arm
motions
until
well
after
the
implant
has
settled
into
a
satisfactory
shape
and
placement
— Refrain
from
performing
exercises
that
involve
pushing
motions
(e.g.
Chest
Presses)
or
excessive
pulling
motions
— Be
certain
to
receive
full
clearance
from
your
surgeon
— Gentle
exercise
— Avoid
vigorous
stretching