Augmented images associated segmentations
dataset
posted on 2022-12-20, 16:12 authored by Will Henson, Enrico Dall'AraEnrico Dall'Ara, Claudia Mazza<p>The labels of 37 lower limb muscles associated with the augmented images. Muscles are labelled in ascending order:</p>
<p><br></p>
<p>1 adductor brevis </p>
<p>2 adductor longus </p>
<p>3 adductor magnus </p>
<p>4 biceps femoris caput breve </p>
<p>5 biceps femoris caput longum </p>
<p>6 extensor digitorum longus </p>
<p>7 extensor hallucis longus </p>
<p>8 flexor digitorum longus </p>
<p>9 flexor hallucis longus </p>
<p>10 gastrocnemius lateralis </p>
<p>11 gastrocnemius medialis </p>
<p>12 gemellus superior </p>
<p>13 gluteus maximus </p>
<p>14 gluteus medius </p>
<p>15 gluteus minimus </p>
<p>16 gracilis </p>
<p>17 iliacus </p>
<p>18 obturator externus </p>
<p>19 obturator internus </p>
<p>20 pectineus </p>
<p>21 peroneus brevis </p>
<p>22 peroneus longus </p>
<p>23 piriformis </p>
<p>24 popliteus </p>
<p>25 psoas </p>
<p>26 quadratus femoris </p>
<p> 27 rectus femoris </p>
<p>28 sartorius </p>
<p>29 semimembranosus </p>
<p>30 semitendinosus </p>
<p>31 soleus </p>
<p>32 tensor fasciae latae </p>
<p>33 tibialis anterior </p>
<p>34 tibialis posterior </p>
<p>35 vastus intermedius </p>
<p>36 vastus lateralis </p>
<p>37 vastus medialis </p>
<p><br></p>
<p>Those that were used in the study and proved repeatably segmentable are as follows:</p>
<p><br></p>
<p>1 adductor brevis </p>
<p>2 adductor longus </p>
<p>3 adductor magnus </p>
<p>4 biceps femoris caput breve </p>
<p>5 biceps femoris caput longum </p>
<p>6 gastrocnemius lateralis </p>
<p>7 gastrocnemius medialis </p>
<p>8 gluteus maximus </p>
<p>9 gracilis </p>
<p>10 iliacus </p>
<p>11 peroneus brevis </p>
<p>12 peroneus longus </p>
<p>13 rectus femoris </p>
<p>14 sartorius </p>
<p>15 semimembranosus </p>
<p>16 semitendinosus </p>
<p>17 soleus </p>
<p>18 tensor fasciae latae </p>
<p>19 tibialis anterior </p>
<p>20 tibialis posterior </p>
<p>21 vastus intermedius </p>
<p>22 vastus lateralis </p>
<p>23 vastus medialis </p>
Funding
The study was funded by Engineering and Physical Sciences Research Council (EPSRC) Frontier Multisim Grant (EP/K03877X/1 and EP/S032940/1)
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