Bones

Cartilages

Ligaments

All of the above

Forerunner of most bones (covers many joint surfaces of mature bones)

Holds bones together at joints

Attach muscle to bone

All of the above

Hold bones together at joints

Attach muscle to bone

Forerunner of most bones

All of the above

Hold bones together at joints

Forerunner of most bones

Attach muscle to bone

None of the above

Support, protection, movement, electrolyte balance, acid-base balance, blood formation

Absoprtion, secretion, and PH balance

Blood formation, acid base, protection and movement

All of the above

None of the above

The process of tissue

None mentioned

Connective tissue w the matrix hardened by calcium phosphate and other minerals

Hardening process of tissue

Both a and c

The hardening process of bone

Bone tissue

Bone marrow

Cartilage

Adipose tissue, nervous tissue, fibrous connect tissue

All of the above

Thin, curved plates

Protects soft organs

All of the above

Longer than wide

A rigid levers acted upon by muscles: crucial for movement

Both a and b

None mentioned above

Equal in length and width, glide across one another in multiple directions

Dense outer shell

Loosely organized bone tissue

None of the above

Glide across one another in multiple directions

Elaborate shapes that do not fit into other categories

None mentioned

Loosely organized bone tissue

Dense outer shell of bone

Dense outer shell of bone

Shaft that provides leverage

Loosely organized bone tissue

Enlarged ends of long bone

It’s found in center of ends and center of shafts of long bones in middle of nearly all others

Covered by more durable compact bone

All of the above

None of the above

Three fourths compact by weight

One fourth spongy bone by weight

All of the above

None of the above

Diaphysis-shaft that provides leverage

Epiphyses-enlarged ends of long bone

None of the above

Covered by durable compact bone

Strengthen joint and anchor ligaments and tendons

Shaft that provides coverage

Space in diaphysis of a long bone that contains bone marrow

Layer of bone-forming cells

Layer of hysline cartridge that covers joint surface/ allows joint to move freely

Thin layer of reticular connective tissue lining marrow cavity

None of the above

Minute holes in bone surface that allows blood vessels to penetrate

Outer fibrous layer of collagen

External sheath covering most of bone

External sheath covering most bone

Important to bone growth. And healing fractures

Thin layer of reticular connective tissue

Minute holes in bone surface that allow blood vessels to penetrate

Nether option

Both a and d

External sheath covering most bone

Outer fibrous layer of collagen

Inner osteogenic layer of bone-forming cells

All of the above

None of the above

Enables growth of bone

Area if hyaline cartilage that separates wpiphyses and diaphyses of children’s bones

None mentioned

Synthesizes protein

Enables growth in length

Epiphyseal line in adults, a bony scar where the growth plate used to be

Area that separates epiphyses and diapyhyses of children’s bone

Epiphyses and diaphysis, compact and spongy bone

Marrow cavity

Articulat cartilage, periosteum

Sandwhich like construction

Two layers of compact bone enclosing a middle layer of spongy bone

Diploe—- spongy middle layer

None of the above

Cells

Osteogenic cells

Cells, fibers, and ground substance

Osteogenic cells, osteoblasts, osteocytes

Osteogenic, muscle, bone, and tissue cells

Nervous, muscle, connective, and osteoblasts

Osteogenic cells, osteoblasts, osteocytes, osteoclasts

Stem cells found in endosteum and inner layer of periosteum

Bone forming cells

Stimulate inclination secretion in pancreas

Osteoblasts

Soft organic matter

Embryonic mesenchyme

Nonmitotic

Ostrich

Bone cell types

All of the sbove

Form single layer of cells under endosteum and periosteum, nonmitotic, stress stimulates osteogenic cells 2 multiple and increase osteoblasts, secrete hormone osteocalcin

Multiple constantly and give rise to other bone cell types

Both a and b

Former osteoblasts that have become trapped in matrix deposited

Little channels that connect lacunae

Absorb bone matrix while others deposit

Tiny cavities where osteocytes reside

Little channels that connect tissues

Both a and b

Act as strain sensors

Gap junctions that absorb bone matrix

Little channels that connect lacunae

Deposit it

Passage it

Produce biochemical signals

Gap junctions

Strain sensors

All of the above

Bone dissolving cells found in bone surface

Dissolving bone of remodeling

None of the above

Cavities

Resorption bays

Ruffled border

Nuclei

Blood cells

Both a and b

Osteoblasts

Osteoblasts

Osteocytes

Osetoclasts

Ostecytes

None mentioned