Marrow Thieves Ch 1-4 | Quizalize

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Marrow Thieves Ch 1-4 | Quizalize

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Marrow Thieves Ch 1-4

Quiz by Sheena

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Q 1/10
Score 0
What was Frenchie's father doing the last time Frenchie saw him?
30
Going to talk to the Governors in the Capital
Reading a newspaper at the table
Running from Recruiters
Packing emergency supplies
Q 2/10
Score 0
What vocabulary word best describes the scientific study of dreams?
30
Oneirology
Synchronize
Kaleidoscope
Reverence

10 questions

Q.

What was Frenchie's father doing the last time Frenchie saw him?

1

30 sec

Q.

What vocabulary word best describes the scientific study of dreams?

2

30 sec

Q.

Who rescues Frenchie from the Recruiters in Chapter 1?

3

30 sec

Q.

According to Miig, where do dreams reside?

4

30 sec

Q.

Which literary device is used in 'I wanted to take my arms off the trunk and fold them to my chest like a mummy'?

5

30 sec

Q.

How does the text describe the Recruiters?

6

30 sec

Q.

Which vocabulary word means 'to show deep respect'?

7

30 sec

Q.

What happened to Frenchie's mother in her final scene?

8

30 sec

Q.

What literary device is used in 'At best, I was prey'?

9

30 sec

Q.

What does the word 'truancy' refer to in the context of the story?

10

30 sec

Related quizzes

The Marrow Thieves p. 154-191
Vocab quiz Marrow Thieves
Endochondral ossification (cont’d) Secondary ossification center appears in the epiphysis (shortly after birth); no bone collar During remodeling, cavity is produced that fills with bone marrow 2 areas of cartilage remain Articular Epiphyseal (responsible for bone growth in length) Closure of plates is complete by age 20 Once closed, growth in length is stopped
TYPES OF BONE observation of bone: Compact (cortical) bone - dense areas without cavities Spongy (cancellous) bone - areas of trabeculae forming interconnecting cavities Example: long bone Ends (epiphyses) have spongy bone covered by (thin) compact Shaft (diaphysis) - compact bone with some spongy bone lining the marrow cavity
Perichondrium is vascularized & bone collar formed Perichondrium becomes periosteum with osteoblasts which secrete bone matrix (collar blocks nutrients from reaching chondrocytes) Primary ossification center produced Chondrocytes enlarge,compress matrix (into trabeculae), calcify matrix (release enzymes and osteocalcin), die & leave large empty lacunae (cavity); periosteal bud brings osteoprogenitor cells & osteoblasts which lay down bone (woven) matrix on septa of cartilage matrix Osteoclasts resorb calcified cartilage/bone complex and enlarge cavity which fills with bone marrow; bone replaces cartilage along diaphysis
Primary ossification center produced Chondrocytes enlarge,compress matrix (into trabeculae), calcify matrix (release enzymes and osteocalcin), die & leave large empty lacunae (cavity); periosteal bud brings osteoprogenitor cells & osteoblasts which lay down bone (woven) matrix on septa of cartilage matrix Osteoclasts resorb calcified cartilage/bone complex and enlarge cavity which fills with bone marrow; bone replaces cartilage along diaphysis
Bone growth and remodeling New bone development is balanced with bone resorption Haversian systems are continually being replaced Bone is resorbed from one area and added to another to meet changing stresses placed on it (e.g., weight, posture, fractures) Normal growth dependent on sufficient proteins, minerals, vitamins (A, C, D) and influenced by hormones (growth, thyroid, estrogen/testosterone) Bone is capable of repair because it contains osteoprogenitor cells in the periosteum, endosteum, and bone marrow and is very well vascularized Metabolic role of bone (contains 99% of body’s total calcium in crystals) Transfer calcium from crystals to interstitial fluid and into blood Hormonal Parathyroid - stimulates osteoblasts to secrete osteoclast-stimulating factor thus promoting resorption Calcitonin - inhibits osteoclast activity
Compact bone is composed of thin layers or lamellae of bone and form an osteon Organized lamellae greatly increases the strength of bone Lamellae also are organized as outer and inner circumferential lamellae Lacunae contain one osteocyte which interconnects with others through processes within canaliculi; osteocytes are supplied by vessels in the central canal Central canals communicate with marrow cavity, periosteum, and each other via transverse Volkmann’s (aka perforating) canals