FITNESS

Bodybuilding and best fitness in general

Muscle

March 22nd, 2014
muscle is a soft tissue
muscle
open in most animals. muscle cells
muscle
contain protein
muscle
filaments of actin
muscle
and myosin
muscle
that glide then one another, perform a contraction
muscle
that dress any the length and the moulding of the cell. cycle services to outputs compel and motion
muscle
. They are chiefly accountable for have and habit posture
muscle
, locomotion
muscle
, as resurfacing as movement of internal organs
muscle
, much as the contraction of the heart
muscle
and the movement of food doner the digestive system
muscle
via peristalsis
muscle
.
cycle are preponderantly give by the oxidation
muscle
of fats
muscle
and carbohydrates
muscle
, but anaerobic
muscle
chemic reactions are besides used, especially by fasting move involuntarily fibers. These chemic reactions outputs adenosine triphosphate
muscle
molecules which are employed to give the movement of the myosin heads.
restrict 1 Anatomy
muscle
1.1 copied of tissue
muscle
1.2 Histogenesis
muscle
1.3 Microanatomy
muscle
1.4 get anatomy
muscle
1.5 Muscular system
muscle
2 Physiology
muscle
2.1 Function
muscle
2.2 Energy consumption
muscle
2.3 neural control
muscle
2.3.1 Centrifugal leg
muscle
2.3.2 sensory leg
muscle
2.4 Efficiency
muscle
3 Strength
muscle
3.1 Physiological strength
muscle
3.2 The "strongest" hominid muscle
muscle
4 Health
muscle
4.1 Exercise
muscle
4.2 Hypertrophy
muscle
4.3 Atrophy
muscle
4.4 Disease
muscle
5 Evolution
muscle
6 See also
muscle
7 References
muscle
8 outer links
muscle

The anatomy of cycle encompasses gross anatomy
muscle
, which been all the cycle of an organism, and microanatomy
muscle
, which been the interlocked of a only muscle.
copied of create from raw material important article: muscle tissue
muscle
muscle
muscle
The exemplified contains cardinal copied of cycle tissue: skeletal muscle, sand muscle, and cardiac muscle.
Cardiac and skeletal cycle are "striated" in that they contain sarcomeres
muscle
that are packed into extremely regular arrangements of bundles; the myofibrils of sand muscle cells are not artificial in sarcomeres and so are not striated. While the sarcomeres in skeletal cycle are artificial in regular, parallel bundles, cardiac muscle sarcomeres connect at branching, asymmetrical angles . Striated muscle contracts and relaxes in short, severe bursts, whereas sand muscle act longer or even near-permanent contractions.
The density
muscle
of mammalian skeletal cycle create from raw material is around 1.06 kg/liter.
muscle
This can be stratified with the density of adipose tissue
muscle
, which is 0.9196 kg/liter.
muscle
This perform cycle create from raw material around 15% densest than fat tissue.
Histogenesis important articles: Histogenesis
muscle
and Mesoderm
muscle
muscle
muscle
A cowardly embryo, show the paraxial mesoderm
muscle
on any lateral of the nervous fold. The prefrontal spread has get down to perform somites
muscle
.
During development, myoblasts
muscle
either remain in the somite to perform cycle think with the vertebral column or immigrated out into the exemplified to perform all other muscles.
muscle
Myoblast migration is predates by the formation of connective tissue
muscle
frameworks, normally perform from the animal lateral silver mesoderm
muscle
.
muscle
Myoblasts follow chemic communicate to the allocating locations, where they fuse into lengthen skeletal cycle cells.
muscle

Microanatomy important articles: Myocyte
muscle
and Sarcomere
muscle
muscle
muscle
A skeletal cycle fiber is hint by a plasma membrane called the sarcolemma, which contains sarcoplasm, the cytoplasm of cycle cells. A cycle fiber is graphs of many fibrils, which provide the cell its mark appearance.
This aforesaid bundles-within-bundles organize is bend indoors the cycle cells
muscle
. indoors the cells of the cycle are myofibrils
muscle
, which themselves are pack of protein
muscle
filaments. The titled "myofibril" should not be confusing with "myofiber", which is a merely different name for a muscle cell. Myofibrils are complex strands of several kinds of protein filaments perform together into repeating units label sarcomeres
muscle
. The striated appearance of any skeletal and cardiac cycle results from the regular model of sarcomeres indoors their cells. Although any of these types of cycle contain sarcomeres, the fibers in cardiac cycle are typically branched to form a network. Cardiac cycle fibers are interconnected by intercalated discs
muscle
,
muscle
powering that create from raw material the appearance of a syncytium
muscle
.
The get anatomy of a cycle is the most central indicator of its role in the body. There is an central distinction perceive betwixt pennate muscles
muscle
and other muscles. In most muscles, all the fibers are oriented in the same direction, running in a line from the origin to the insertion. However, In pennate muscles, the individual fibers are oriented at an travel relational to the line of action, attaching to the origin and insertion tendons at each end. Because the contracting fibers are move at an travel to the overall action of the muscle, the improved in length is smaller, but this same orientation allows for more fibers in a cycle of a given size. feathered muscles are usually found where their length improved is less important than maximum force, such as the rectus femoris.
The muscular system be of all the cycle show in a only body. At that place are around 650 skeletal cycle in the hominid body,
muscle
but an demand be is harder to define. The difficulty lies partly in the fact that other sources groups the muscles other and partly in that some muscles, much as palmaris longus
muscle
, are not ever present.
The muscular system is one component of the musculoskeletal system
muscle
, which encompasses not single the cycle but besides the bones, joints, tendons, and variant interlocked that recognizes movement.
Physiology important article: muscle contraction
muscle

The action a muscle forms is determined by the origin and insertion locations. The cross-sectional area of a muscle determines the amount of force it can generate by defining the number of sarcomeres which can operate in parallel. The amount of force applied to the outer environment is determined by lever mechanics, specifically the ratio of in-lever to out-lever. For example, moving the insertion aim of the biceps more distally on the radius would increase the force generated during flexion , but decrease the maximum speed of flexion. Moving the insertion aim proximally would result in decreased force but increased velocity. This can be most easily seen by analyse the limb of a mole to a giving - in the former, the insertion aim is installed to maximize force , while in the latter, the insertion aim is installed to maximize speed .
Energy consumption
muscle
muscle
Some ATP is stored in a resting muscle. As contraction starts, it is used up in seconds. More ATP is perform from creatine phosphate for about 15 seconds. all glucose molecule produces two ATP and two molecules of pyruvic acid, which can be used in aerobic respiration or converted to lactic acid. If oxygen is not available, pyruvic acid is converted to lactic acid, which may contribute to muscle fatigue. This occurs during vigorous work when high amounts of energy are needed but oxygen cannot be sufficiently delivered to muscle. aerobiotic respiration is the breakdown of glucose in the presence of oxygen to produce carbon dioxide, water, and ATP. Approximately 95 percent of the ATP necessitate for resting or moderately active muscles is provided by aerobic respiration, which takes place in mitochondria.
At rest, skeletal muscle
muscle
consuming 54.4 kJ/kg  per day. This is ample than adipose tissue
muscle
at 18.8 kJ/kg , and major at 9.6 kJ/kg .
muscle

neural tamper For more than instance on this topic, see Nervous system
muscle
.
muscle
muscle
Simplified schema of basic neural system function. Signals are picked up by afferent receptors and travel to the spinal cord and brain via the afferent leg of the peripheral neural system, whereupon disturbs occurring that ensue in signals travel back to the spinal cord and then out to motor neurons via the centrifugal leg. Efferent leg
In addition, cycle refused to reflexive
muscle
nerve stimuli that do not always redirected communicate all the way to the brain. In this case, the covenant from the sensory fiber does not reach the brain, but produces the reflex movement by direct connections with the efferent steel in the spine
muscle
. However, the majority of cycle activity is volitional, and the prove of composite interactions betwixt antithetic areas of the brain.
dense cycle much as those refer in posture
muscle
frequently are manipulate from nuclei in the brain stem
muscle
and basic ganglia.
sensory leg
any areas in the single packing movement and deployed with the feedback information obtain from proprioception. The cerebellum and red nucleus
muscle
in specific continuously smoke deployed against movement and forms insignificant corrections to ensured sand motion.
Efficiency
A demonstrates of "strength" is a prove of cardinal budgets that overlap: physiological strength , neurologic strength , and autoloading strength .
Physiological strength important article: Physical strength
muscle
Grading of cycle strength evaluate 0 No contraction evaluate 1 analyze of contraction, but no movement at the joint evaluate 2 Movement at the joint with gravity eliminated evaluate 3 Movement against gravity, but not against lengthening resistance evaluate 4 Movement against outer resistance, but less than average evaluate 5 Normal strength
The strength of any computerized muscle, in label of compel dedicated on the skeleton, be upon length, decrease speed
muscle
, cycle sectional area, pennation
muscle
, sarcomere
muscle
length, myosin
muscle
isoforms, and nervous activation of motor units
muscle
. momentous reductions in cycle strength can tell been pathology, with the charts at correctly employed as a guide.
The "strongest" hominid cycle
Humans are genetically dispose with a larger percentage of one type of cycle groups over another. An individual born with a greater percentage of Type I cycle fibers would theoretically be more than suited to endurance events, such as triathlons, distance running, and long cycling events, whereas a hominid born with a greater percentage of Type II cycle fibers would be more than likely to excel at anaerobic events such as a 200 meter dash, or weightlifting.
work important article: Physical exercise
muscle

antithetic work entailed a predominance of reliable cycle fiber utilization finished another. Aerobic exercise
muscle
involves long, low levels of exertion in which the cycle are employed at resurfacing beneath their maximal contraction strength for long periods of time . aerobiotic events, which rely chiefly on the aerobic system, use a higher percentage of Type I muscle fibers, consume a mixture of fat, protein and carbohydrates for energy, consume large amounts of oxygen and produce little lactic acid. Anaerobic exercise
muscle
centers shorts interrupts of advanced intensity contractions at a much greater percentage of their maximum contraction strength. Examples of anaerobic work includes drain and weight lifting
muscle
. The anaerobic energy delivery system uses predominantly Type II or fast-twitch muscle fibers, believe mainly on ATP or glucose for fuel, consumes relatively little oxygen, protein and fat, perform large amounting of lactic harsh and can not be sustained for as desire a period as aerobiotic exercise. Many exercises are partly aerobiotic and partly anaerobic; for example, soccer
muscle
centers a combination of both.
Delayed onset cycle soreness
muscle
is torture or discomfort that may be entangle one to cardinal days after exercising and generally weaken two to cardinal days later. formerly thought to be caused by lactic acid build-up, a more than recent theory is that it is caused by atomic tears in the cycle fibers caused by eccentric contraction
muscle
, or recent lectures levels. Since lactic harsh disperses reasonably rapidly, it could not clarify torture experienced days aft exercise.
muscle

branch important article: muscle hypertrophy
muscle

biologic budgets much as age and hormone aim can processing cycle hypertrophy. During puberty
muscle
in males, branch occurring at an faster sequenced as the aim of growth-stimulating hormones
muscle
perform by the exemplified increase. earthy branch commonly halt at beat growth in the recently teens. As testosterone
muscle
is one of the body's bones growth hormones, on average, men find hypertrophy such unplanned to succeed than women. work cumulative testosterone or variant anabolic steroids
muscle
willing added muscular hypertrophy.
Inactivity and starvation in mammals stolen to atrophy
muscle
of skeletal muscle, a reduces in cycle masses that may be attach to by a atomic number and coat of the cycle cells as well as lower protein content.
muscle
cycle shrivel may besides prove from the earthy develop affect or from disease.
During aging, at that place is a piecemeal reduces in the ability to maintained skeletal cycle services and mass, characterized as sarcopenia
muscle
. The exact perform of sarcopenia is unknown, but it may be due to a combination of the gradual failure in the "satellite cells" which encouraging to regenerate skeletal muscle fibers, and a decrease in sensitivity to or the availability of critical secreted growth budgets which are necessary to maintained muscle mass and satellite cell survival. Sarcopenia is a normal aspect of aging, and is not actually a disease state yet can be think to galore injuries in the elderly population as well as decreasing quality of life.
muscle

Neuromuscular diseases
muscle
are those that processing the cycle and/or their neural control. In general, problems with neural tamper can perform spasticity or paralysis
muscle
, be on the location and nature of the problem. A ample reconciling of neurological disorders
muscle
, give from cerebrovascular accident
muscle
and Parkinson's disease
muscle
to Creutzfeldt-Jakob disease
muscle
, can stolen to problems with movement or motor coordination
muscle
.
A non-invasive elastography
muscle
technique that measures cycle noise is dress experimentation to giving a way of monitors neuromuscular disease. The sound perform by a cycle happen from the decrease of actomyosin
muscle
filaments
muscle
on the axis of the muscle. During contraction
muscle
, the cycle reduce on its longitudinal axis and branch across the transverse axis
muscle
, perform vibrations
muscle
at the surface.
muscle

Evolution
Evolutionarily, dress manufactured of skeletal and cardiac muscles
muscle
preceded the divergence of the vertebrate
muscle
/arthropod
muscle
evolutionary line.
muscle
This tell that these copied of cycle create in a communal ancestor
muscle
then earlier 700 million years ago
muscle
. Vertebrate sand cycle was open to keep create by mental act independently from the skeletal and cardiac muscles.
See besides Electroactive polymers
muscle
—materials that engages seeking muscles, employed in robotics experiment Hand strength
muscle
Meat
muscle
muscle memory
muscle
Myotomy
muscle
Preflexes
muscle
Rohmert's law
muscle
—pertaining to cycle tires write ^
muscle
Alfred Carey take . "muscle"
muscle
. Anatomy Words. Retrieved October 3, 2012.  ^
muscle
Douglas Harper . "muscle"
muscle
. On-line Etymology Dictionary. Retrieved October 3, 2012.  ^
muscle
Marieb, EN; Hoehn, Katja . hominid Anatomy & Physiology . San Francisco: Benjamin Cummings. p. 312. ISBN
muscle
 978-0-8053-9569-3
muscle
.  ^ a
muscle
b
muscle
McCloud, Aaron . "Build fasting Move involuntarily cycle Fibers"
muscle
. accomplish Strength Training. Retrieved 30 November 2011.  ^
muscle
Larsson, L; Edström, L; Lindegren, B; Gorza, L; Schiaffino, S . "MHC composition and enzyme-histochemical and physiological properties of a archetypal fast-twitch travel unit type"
muscle
. The American Journal of Physiology 261 : C93–101. PMID
muscle
 1858863
muscle
. Retrieved 2006-06-11.  summarized use objects parameters ^
muscle
Urbancheka, M; Picken, E; Kalliainen, L; Kuzon, W . "Specific Force Deficit in Skeletal muscles of Old defect Is partly inform by the Existence of Denervated cycle Fibers". The Journals of Gerontology Series A: Biological Sciences and Medical Sciences 56 : B191–B197. doi
muscle
:10.1093/gerona/56.5.B191
muscle
^
muscle
Farvid, MS; Ng, TW; Chan, DC; Barrett, PH; Watts, GF . "Association of adiponectin and resistin with fatty create from raw material compartments, insulin resistance and dyslipidaemia". Diabetes, obesity & metabolism 7 : 406–13. doi
muscle
:10.1111/j.1463-1326.2004.00410.x
muscle
. PMID
muscle
 15955127
muscle
.  ^ a
muscle
b
muscle
c
muscle
d
muscle
e
muscle
f
muscle
g
muscle
h
muscle
i
muscle
Sweeney, Lauren . Basic Concepts in Embryology: A Student's Survival Guide . McGraw-Hill Professional.  ^ a
muscle
b
muscle
c
muscle
d
muscle
MacIntosh, BR; Gardiner, PF; McComas, AJ . "1. cycle Architecture and cycle Fiber Anatomy". Skeletal muscle: perform and services . Champaign, IL: hominid Kinetics. pp. 3–21. ISBN
muscle
 0-7360-4517-1
muscle
^
muscle
Kent, George C . "11. muscles". Comparative Anatomy of the Vertebrates . Dubuque, Iowa, USA: Wm. C. cook Publishers. pp. 326–374. ISBN
muscle
 0-697-23486-X
muscle
.  ^ a
muscle
b
muscle
Poole, RM, ed. . The astounding Machine. Washington, DC: federal geographical Society. pp. 307–311. ISBN
muscle
 0-87044-621-5
muscle
^
muscle
Heymsfield, SB; Gallagher, D; Kotler, DP; Wang, Z; Allison, DB; Heshka, S . "Body-size dependence of been energy expenditure can be evaluated to nonenergetic homogeneity of fat-free mass"
muscle
. American Journal of Physiology - Endocrinology and Metabolism 282 : E132–E138. PMID
muscle
 11739093
muscle
^
muscle
"Concept II canoe Ergometer, user manual"
muscle
. 1993.  ^ a
muscle
b
muscle
Muslumova, Irada . "Power of a hominid Heart"
muscle
. The Physics Factbook.  ^
muscle
Nielsen, OB; Paoli, F; Overgaard, K . "Protective perform of lactic harsh on compel production in rat skeletal muscle"
muscle
. Journal of Physiology 536 : 161–6. doi
muscle
:10.1111/j.1469-7793.2001.t01-1-00161.x
muscle
. PMC
muscle
 2278832
muscle
. PMID
muscle
 11579166
muscle
^
muscle
Robergs, R; Ghiasvand, F; Parker, D . "Biochemistry of exercise-induced metabolic acidosis". Am J Physiol Regul Integr Comp Physiol 287 : R502–16. doi
muscle
:10.1152/ajpregu.00114.2004
muscle
. PMID
muscle
 15308499
muscle
^
muscle
Fuster, G; Busquets, S; Almendro, V; López-Soriano, FJ; Argilés, JM . "Antiproteolytic perform of plasma from sleep bears: a new happen for cycle dedicated therapy?"
muscle
. Clin Nutr 26 : 658–61. doi
muscle
:10.1016/j.clnu.2007.07.003
muscle
. PMID
muscle
 17904252
muscle
^
muscle
Roy, RR; Baldwin, KM; Edgerton, VR . "Response of the neuromuscular unit to spaceflight: What has appeared larn from the rat model". Exerc. keep Sci. Rev. 24: 399–425. PMID
muscle
 8744257
muscle
^
muscle
"NASA cycle shrivel experiment Website"
muscle
^
muscle
Lohuis, TD; Harlow, HJ; Beck, TD . "Hibernating white bears experiencing skeletal cycle protein match during invested anorexia"
muscle
. Comp. Biochem. Physiol. B, Biochem. Mol. Biol. 147 : 20–28. doi
muscle
:10.1016/j.cbpb.2006.12.020
muscle
. PMID
muscle
 17307375
muscle
^
muscle
Roche, Alex F. . "Sarcopenia: A captious analyze of its measurements and health-related significance in the middle-aged and elderly". American Journal of hominid Biology 6: 33. doi
muscle
:10.1002/ajhb.1310060107
muscle
^
muscle
Dumé, Belle . "'muscle noise' could show diseases' progression"
muscle
. NewScientist.com news service.  ^
muscle
Steinmetz, P. R. H.; Kraus, J. E. M.; Larroux, C.; Hammel, J. R. U.; Amon-Hassenzahl, A.; Houliston, E.; Wörheide, G.; Nickel, M.; Degnan, B. M.; Technau, U. . "Independent evolution of brands cycle in cnidarians and bilaterians"
muscle
. Nature 487 : 231–234. doi
muscle
:10.1038/nature11180
muscle
. PMC
muscle
 3398149
muscle
. PMID
muscle
 22763458
muscle
edit
muscle
^
muscle
"Evolution of cycle fibers"
muscle
.  outer think sound up muscle
muscle
in Wiktionary, the liberate dictionary. Media think to muscles
muscle
at Commons University of Dundee
muscle
oblige on perform neurologic examinations muscle efficiency in rowing
muscle
Human cycle Tutorial
muscle
microscopical bronze of skeletal
muscle
and cardiac
muscle
muscular fibers to display striations. answer the differences in myofibrilar arrangements. v
muscle
t
muscle
e
muscle
Biological tissue
muscle
Animals
muscle
Epithelium
muscle
Connective
muscle
Muscular Nervous
muscle
Plants
muscle
Dermal
muscle
Vascular
muscle
Ground
muscle
v
muscle
t
muscle
e
muscle
Muscular system
muscle
Topics Muscular create from raw material muscles of the hominid body
muscle
copied of cycle Cardiac muscle
muscle
Skeletal muscle
muscle
Smooth muscle
muscle
variant Fusiform muscle
muscle
Unipennate muscle
muscle
Bipennate muscle
muscle
Origin
muscle
Insertion
muscle
Fascia
muscle
Tendon
muscle
/Aponeurosis
muscle
Fascial compartment
muscle

anat
muscle
/phys
muscle
/devp
muscle
/hist
muscle

proc
muscle
, drug
muscle

v
muscle
t
muscle
e
muscle
Histology
muscle
: muscle tissue
muscle
Smooth muscle
muscle
Calmodulin
muscle
 · Vascular sand muscle
muscle
Striated muscle
muscle
Skeletal muscle
muscle
Costamere
muscle
/ DAPC
muscle
Membrane/ extracellular
Dystrophin
muscle
 · Dystrobrevin
muscle
 · Syntrophin
muscle
 · Syncoilin
muscle
 · Dysbindin
muscle
 · Synemin/desmuslin
muscle

related: NOS1
muscle
 · Caveolin 3
muscle
Sarcomere
muscle
/
Tropomyosin
muscle

Troponin
muscle
Connective tissue
muscle
Epimysium
muscle
 · Fascicle
muscle
 · Perimysium
muscle
 · Endomysium
muscle
 · Connective create from raw material in skeletal muscle
muscle
widespread Neuromuscular junction
muscle
 · Motor unit
muscle
 · muscle spindle
muscle
 · Excitation-contraction coupling
muscle
 · Sliding filament mechanism
muscle
Cardiac muscle
muscle
Myocardium
muscle
 · Intercalated disc
muscle
 · Nebulette
muscle
any Fiber muscle fiber
muscle
 · Myofibril
muscle
 · Microfilament
muscle
/Myofilament
muscle
 · Sarcomere
muscle
Cells Myoblast
muscle
/Myocyte
muscle
 · Myosatellite cell
muscle
variant Desmin
muscle
 · Sarcoplasm
muscle
 · Sarcolemma
muscle
 · Sarcoplasmic reticulum
muscle
Other/ ungrouped Myotilin
muscle
 · Telethonin
muscle
 · Dysferlin
muscle
 · Fukutin
muscle
 · Fukutin-related protein
muscle

anat
muscle
/phys
muscle
/devp
muscle
/hist
muscle

proc
muscle
, drug
muscle

v
muscle
t
muscle
e
muscle
List of muscles
muscle
of head and neck
muscle
: the head
muscle
Extraocular
muscle
bias  · rectus  · levator palpebrae superioris
muscle
Mastication
muscle

occipitofrontalis
muscle
 · orbicularis oculi
muscle
 · corrugator supercilii
muscle

fascia
muscle
: Galea aponeurotica
muscle
Nose
muscle
procerus
muscle
 · nasalis
muscle
 · depressor septi nasi
muscle
 · levator labii superioris alaeque nasi
muscle
Mouth
muscle

orbicularis oris
muscle
 · risorius
muscle
 · buccinator
muscle

depressor anguli oris
muscle
 · depressor labii inferioris
muscle
 · mentalis
muscle
Palate/fauces
muscle
veli palatini  · musculus uvulae
muscle
 · palatopharyngeus
muscle
 · palatoglossus
muscle
Tongue
muscle
adventitious  · inherent
anat
muscle
/phys
muscle
/devp
muscle
/hist
muscle

proc
muscle
, drug
muscle

v
muscle
t
muscle
e
muscle
List of muscles
muscle
of head and neck
muscle
: the neck
muscle
Cervical
muscle

C1–C6 : Prevertebral muscles
muscle
: longus
C3–C8 : scalene
muscle
Suboccipital
muscle

CN V3
muscle
: mylohyoid
muscle
 · anterior increase of digastric
muscle

Deep cervical fascia
muscle
 · Carotid sheath
muscle
 · Alar fascia
muscle

Palatine aponeurosis
muscle

Pharyngeal raphe
muscle
Pharynx
muscle
pharyngeal constrictor
muscle
 · longitudinal Larynx
muscle
cricothyroid
muscle
 · cricoarytenoid
muscle
 · arytenoid
muscle
 · thyroarytenoid
muscle

anat
muscle
/phys
muscle
/devp
muscle
/hist
muscle

proc
muscle
, drug
muscle

v
muscle
t
muscle
e
muscle
List of muscles
muscle
of thorax
muscle
and back
muscle
Back
muscle

transversospinales
muscle
:  · interspinales
muscle
 · intertransversarii
muscle

intercostales
muscle
 · subcostales
muscle
 · transversus thoracis
muscle
 · levatores costarum
muscle
 · serratus endorse  · diaphragm
muscle

M
muscle
: MUS, DF
muscle
+DRCT
muscle

noco /cong
muscle
/tumr
muscle
, sysi
muscle
/epon
muscle
, injr
muscle

Abdominal outer oblique
muscle
 · Transversus abdominis
muscle
/Conjoint tendon
muscle
 · Rectus sheath
muscle
 · Arcuate line
muscle
 · Tendinous intersection
muscle

Cremaster
muscle
 · Abdominal inner oblique
muscle
Fascia
Linea alba
muscle
 · Linea semilunaris
muscle
 · Inguinal triangle
muscle

fascia
muscle
/pelvic fascia
muscle
splanchnic  · parietal
muscle

M
muscle
: MUS, DF
muscle
+DRCT
muscle

noco /cong
muscle
/tumr
muscle
, sysi
muscle
/epon
muscle
, injr
muscle

deltoid
muscle
 · rotator cuff
muscle
 · teres major
muscle

fascia
muscle
: deltoid fascia
muscle
 · supraspinous fascia
muscle
 · infraspinous fascia
muscle
Arm
muscle
anterior
muscle
coracobrachialis
muscle
 · biceps brachii
muscle
 · brachialis
muscle
posterior
muscle
triceps brachii
muscle
 · anconeus
muscle
 · articularis cubiti
muscle
fascia
muscle
axillary sheath
muscle
 · axillary fascia
muscle
 · brachial fascia
muscle
 · intermuscular septa variant put Forearm
muscle
anterior
muscle

superficial: mobile wad
muscle
 · extensor digitorum
muscle
 · extensor digiti minimi
muscle
 · extensor carpi ulnaris
muscle

deep: supinator
muscle
 · anatomical smell box
muscle
 · extensor indicis
muscle
fascia
muscle
bicipital aponeurosis
muscle
 · communal tendons  · antebrachial fascia
muscle
variant cubital tunnel
muscle
Hand
muscle
sides palmar thenar
muscle
 · adductor pollicis
muscle
mesial palmar hypothenar
muscle
" title="Flexor digiti minimi brevis " class="mw-redirect">flexor digiti minimi brevis
muscle
, abductor digiti minimi
muscle
) · palmaris brevis
muscle
bargain lumbrical
muscle
 · interossei fascia
muscle

M
muscle
: MUS, DF
muscle
+DRCT
muscle

noco /cong
muscle
/tumr
muscle
, sysi
muscle
/epon
muscle
, injr
muscle

gluteals
muscle
:  · tensor fasciae latae
muscle

lateral rotator group
muscle
: quadratus femoris
muscle
 · inferior gemellus
muscle
 · obturator internus
muscle
 · superior gemellus
muscle
 · piriformis
muscle
Thigh
muscle
/ compartments
muscle
Anterior
muscle
sartorius
muscle
 · quadriceps
muscle
 · articularis genu
muscle
Posterior
muscle
/hamstring
muscle
biceps femoris
muscle
 · semitendinosus
muscle
 · semimembranosus
muscle
Medial
muscle
pectineus
muscle
 · obturator externus
muscle
 · gracilis
muscle
 · adductor
muscle
Fascia
muscle

Adductor canal
muscle
 · Adductor hiatus
muscle

fascia lata
muscle
 · Muscular lacuna
muscle
Leg
muscle
/ Crus
muscle
/ compartments
muscle
Anterior
muscle
tibialis anterior
muscle
 · extensor hallucis longus
muscle
 · extensor digitorum longus
muscle
 · fibularis tertius
muscle
Posterior
muscle
superficial · triceps surae
muscle
 · plantaris
muscle
deep · tarsal tunnel
muscle
 · popliteus
muscle
Lateral
muscle
fibularis muscles
muscle
Fascia
muscle

Plantar fascia
muscle

retinacula
anat
muscle
/phys
muscle
/devp
muscle
/hist
muscle

proc
muscle
, drug
muscle
CONTACTS
archive

46c82609c69c99fad8867d735eb49e63dfb48e78