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Carbon Dioxide (CO2)
Methane (CH4)
Glucose
Glycerol
Saturated Fatty Acid
Monounsaturated Fatty Acid
Double bonded Carbon
Triglyceride
Steroid
4 Carbon Rings
Glycerol
Dipeptide
Tripeptide
ATP (adenosine triphosphate)
Maltose
Amino Acid
Hydroxyl group
Carboxyl Group
Amino Group
Methyl Group
Carbohydrates
contains the highest proportion of oxygen atoms
Amino Acids
A peptide bond is formed when ___________ attach to each other by dehydration synthesis
Nitrogen connected to a carbon that is double bonded to oxygen
How would you recognize a peptide bond if you were asked to point out one?
Which element is found in amino acids which is not found in the carbohydrates, fatty aids, or steroids?
Nitrogen
CHO, 2:1 ratio of Hydrogen and Carbon
Name two properties that will help you correctly identify a carbohydrate
Carboxyl and Amino
Which two functional groups interact with each other to form a peptide bond.
Glucose, ATP, Steroid
Name three molecules seen in lab which contain rings in their structure
Glycerol, Fatty Acids, Amino Acids
Name three macromolecules that had linear structure
Has a ring composed of carbon and oxygen, classified as a carbohydrate
Properties of Maltose
Fatty acids, amino acids
Name two molecules that contain carbon-to-oxygen double bonds
Water
Which molecule is consumed in the chemical reaction when a dipeptide splits apart
unsaturated and saturated fatty acids
Which two macromolecules are composed of mostly carbon and hydrogen
frontal
forehead bone (1)
parietal
middle top of head
temporal
sides of skull
mastoid process
styloid process
mandibular fossa
external acoustic meatus
zygomatic process
zygomatic
zygomatic arch
occipital
foramen magnum
occipital condyles
sphenoid
sella turcica
greater wing of sphenoid
lesser wing of sphenoid
lacrimal
lacrimal fossa
ethmoid
orbital plate
cribiform plate
crista galli
perpendicular plate
middle nasal conchae
nasal
maxilla(e)
mandible
(mandibular) condyle
coronoid process
mental foramen
mandibular foramen
palatine
vomer
inferior nasal conchae
hyoid
body (centrum)
inferior articulating processes
intervertebral discs
spinous process (dorsal spine)
superior articulating processes
transverse processes
vertebral foramen
cervical vertebrae
atlas (C1)
first cervical vertebrae, sits on axis
axis (C2)
second cervical vertebrae
ontoid process/dens
axis (C2) lil nub
transverse foramen
cervical vertebrae only (for vertebral artery)
thoracic vertebrae
(T1-T12)
lumbar vertebrae
(L1-L5)
cervical vs thoracic vs lumbar vertebrae
amount of body weight each one supports
sacrum (sacral vertebrae)
5 fused vertebrae (1)
ala (wing)
sacrum, upper wing
sacral canal
sacrum, continuation of vertebral canal
auricular surface
sacrum, articulates with pelvis
coccyx
tailbone (1)
sternum
breastbone (1)
body
sternum, middle center
manubrium
sternum, upper part
xiphoid process
sternum, lower portion
costal cartilage
connects ribs to sternum
head of rib
rib where it attaches to vertebrae
tubercle of rib
rib, articulates with transverse process
vertebrosternal ribs
true ribs (1-7)
vertebrochondral ribs
false ribs (8-10)
vertebral ribs
floating ribs (11-12)
coronal suture
parietal and frontal
lambdoidal suture
parietal and occipital
sagittal suture
parietal from parietal
squamosal suture
parietal from temporal