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LEADER 01572nrm 2200337Ii 4500
001
ocn932532649
003
OCoLC
005
20160202100732.0
008
151217t20151999gw qneng d
028
5
0
a| 1013880
b| 3B Scientific Group
035
a| (Sirsi) o932532649
035
a| (OCoLC)932532649
040
a| NEH
e| rda
c| NEH
d| UtOrBLW
049
a| NEHH
060
4
a| WE 101
096
a| WE 101
b| F979 2015
245
0
0
a| Functional physiological skeleton model - Frank.
264
1
a| Hamburg :
b| 3B Scientific Group,
c| [2015]
264
4
c| ©1999
300
a| 1 model ;
c| 75 in. +
e| 1 stand + 1 guide.
336
a| three-dimensional form
b| tdf
2| rdacontent
337
a| unmediated
b| n
2| rdamedia
338
a| object
b| nr
2| rdacarrier
520
a| Demonstrate the complex movement sequences of the upper limb. The shoulder blades twist when the arms are raised. The flexible spine of this skeleton can make natural movements (lateral bend, movement and stretching, rotation). When the knee joint is stretched and bent, the position of the knee cap can be demonstrated.
650
1
2
a| Skeleton.
=| ^A923154
856
u| https://catalog.lib.ecu.edu/assets/blacklight/laupus-models/WE_101_F979_2015.jpg
z| @<img src="https://catalog.lib.ecu.edu/assets/blacklight/laupus-models/WE_101_F979_2015.jpg">
949
a| WE 101 F979 2015
h| HSL8
i| 31740006009561
p| $1347.00
o| hmb
994
a| C0
b| NEH
596
a| 4
998
a| 3849964
999
a| WE 101 F979 2015
w| NLM
c| 1
i| 31740006009561
d| 2/5/2024
e| 2/5/2024
l| HAVMOD
m| HSL
n| 244
p| $1347.00
r| Y
s| Y
t| HMODEL
u| 12/17/2015
x| MODEL
z| HAV
o| .STAFF. hmb