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64 Cards in this Set

  • Front
  • Back
ante
before
apo
from, seperate
arcuate
arc shaped
artery
windpipe
condyle
knuckle
cox
hip
crural
leg
dia
through, between
dorsum
back
epi
over, upon, in addition
fascia
band
gemelli
twin
genu
knee
gluteal
butt
gracilis
thin
malleolus
little hammer
meta
after, beyond, next to
os
mouth or bone
osseus
bony
patella
little plate
pecten
comb
peroneal
fibula
pes
foot
physis
to generate
piriformis
pear-shaped
plexus
braid
popliteal
back of knee
rectus
straight
sacro
lower back
sural
leg
vastus
large
Venipucture on the pelvic limb
The saphenous has medial and lateral branches. On the cat the medial is larger. On the dog the lateral is larger.
Innervation of the Pelvic Limb
The lumbosacral plexus consists of L4, L5, L6, L7, S1, S2, S3
Key nerve of the pelvic limb
The femoral nerve innervates the extensors of the stifle, especially the quadriceps femoris
Autonomous Zones of Pelvic limb
dorsal surface of digits 2-4- common peroneal

plantar surface of digits 2-4- tibial nerve
Caudal cutaneous femoral n
autonomous zone from the lumbosacral plexus that you can check for in the lateral, caudal thigh
Lateral cutaneous sural n
autonomous zone from the common peroneal n. that you can check for on the lateral crus and tarsus
caudal cutaneous sural n
autonomous zone from the tibial nerve that you can check for on the caudal crus and plantar tarsus
saphenous n
autonomous zone from the femoral nerve that can be tested for on the medial thigh, tarsus,and metatarsus
Poplitieal Lymph Node
Located behind the knee, drains the distal pelvic limb and efferents to iliac or ischiatic lymph node
Ischiatic lymph node
*only in cats*

located in the soft spot on the rump by the base of the tail. Drains lateral thigh, anal region, and popliteal lymph node. Efferents to the lymph node of the pelvic cavity
Superficial Inguinal Lymph Node
near pecten, dorsal and lateral to penis. Drains ventral abdomen, caudal mammae, vulva/clitoris or penis/scrotum
Joint Definitions
place of union or junction between 2 or more bones or cartilage of the skeleton. Joints prevent, allow, or limit motion
Fibrous Joint (syndesmosis)
-fibrous connective tissue forms interosseous membrane or ligament
-immobile and very strong
-ex. sutures of the skull, gomphosis (periodontal ligament attaches tooth to socket)
Cartilagenous Joint (synchondrosis)
-limited movement
1) hyaline cartilage joint
-temporary at physes and during development of long bones
-costochondral rib joint is permanent

2)fibrocartilage joint
-can be temporary
-found in invertebral disc, meniscus, and pelvic symphasis
Synovial or True Joint
-very mobile, has joint cavity, joint capsule, synovial fluid, and articular cartilage
Imbrication
surgical tightening of the joint capsule
Joint capsule
has 2 layers- a fibrous layer and an inner synovial membrane that produces synovial fluid and has blood vessels and nerves
Synovial Fluid
lubricates contact surface and transports nutrients and waste
Articular Cartilage
covers contact surface, shock absorbent, thickest in the area of least movement, is found most commonly in hyaline cartilage
Joint Stability
The price of mobility is stability
-the less congruous joint surfaces are the more support is necessary
Factors increasing stability
1) congruity
2) joint capsule- thicker in areas where you don't want movement
3) Ligaments
4) menisci
5) muscles
Ligaments
bands of collagenous tissue that unite 2 or more bones can be...

1) extracapsular- arise from joint capsue (collateral ligament)

2) intracapsular- within the joint cavity and covered in synovial membrane (ex.ligament head of femur)

active ligaments are tendons serving function of collateral ligaments (supraspinatus)
Menisci
cartilaginous plates between articular surfaces that increase congruity and absorb concussion. Contains vessels and nerves. In the stifle and temporomandibular joint
Bones
Bones are living and dynamic. They are constantly remodeling themselves. They respond to insult by excess production and/or excess destruction
Ossification
Making bone. There are two types

1) endochondral- bone replaces cartilagenous model (ex, appendicular skeleton, vertebra, ribs, skull)

2)intramembranous- bone develops in membrane (only in flat bones of the skull)
The Primary Center of Ossification
-the primary center is the first site where mineralization occurs and is usually marked by
Parts of Long Bones
Diaphysis- Shaft of long bone

Metaphysis- area where shaft flares toward epiphysis

Epiphysis- major cap on end of each long bone with a seperate blood supply

Apophysis- other processes with secondary ossification centers such as the grater trochanter or the anconeal process
Dealing with a fracture
have to be immobilized so growing vessels can form and will not be sheared off during movement. Have to immobilize joints proximal and distal to the fracture. Can also use intramedullary pins
Bones of the tarsus
-calcaneus
-talus
-central tarsal bone
-tarsal bones 1 -4
Bones of the Crus
-Tibia
-Fibula
Bones of the thigh
-Femur
Bones of the pelvis
-ilium
-ischium
-pubis
-acetabular bone
Main arterial channel of the pelvic limb
*in cat and dog*

Aorta--> external iliac--> femoral--> popliteal--> cranial tibial--> dorsal metatarsal arteries--> perforating branch--> plantar metatarsal arteries--> plantar proper digital arteris