mammals' digestive system comparision, Schemes and Mind Maps of Biology

Infographic about the digestive system of bat, giraffe, and dolphin.

Typology: Schemes and Mind Maps

2019/2020

Uploaded on 06/21/2020

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The gi
r
affe
s
f
our
stom
ach
pl
a
y
a
n
i
mport
a
nt
rol
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t
he gi
r
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to
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l
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v
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s.
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s
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ylor
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ach
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rom
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a
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ced
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t
he b
o
d
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b
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olp
hi
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r
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m
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ow
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A
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A
tl
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nt
ic b
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s
80
-
100
t
ee
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h
s
w
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t
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y
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e f
or
tr
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pp
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r
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olp
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llow
t
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r
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oo
d
w
h
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w
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w
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n
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t
Va
mp
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r
e ba
ts,
pro
bab
ly
d
u
e
to
t
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r
die
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f b
loo
d
,
a
r
e
t
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e
rt
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r
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t
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t
ha
t
d
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he e
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e
m
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,
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r
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m
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lt
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t
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r
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nt
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ompon
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ha
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w
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t
h
t
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r
su
ga
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c
ont
e
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o
f
t
hei
r
die
t

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The gi r affe ’s f our stom ach pl a y a n i mport a nt rol e a s i t he lps t he gi r affe s to dige st pl a nts a n d l ea v e s. Thi s fea tur e m a k e s t he m a rum i n a nt sp ecie s a s t he y a r e ab l e to dige st f oo d t ha t ot he r a n i m a ls ca nnot. M or e ov e r, t he y ha v e a sp ecia l bac t e r ia i n t hei r b o die s t ha t he lp to b r ea k out pl a nts a n d pro d u ce nutr ie nts.

Rumen —pr i m a ry s i t e o f m ic ro bia l fe rm e nt a t i on Re t ic ulum O m a sum—r ecei v e s che w ed c u d , a n d ab sor b s vol a t i l e fa tty acid s Ab om a sum—tru e stom ach

stom ach 's

c omp a rtm e nt

i nt e st i n e

R um e ns

Re t ic ulum

O m a sum

Ab om a sum

Forestomach - w hich stor e s t he f oo d Fundic stomach - where food is broken down Pyloric stomach - where digestive enzymes from the liver and pancreas are introduced to dissolve food into nutrients the body can absorb

A d olp hi n w a s c l a ss ified a s un g ul a t e a s t he y ha v e a t h r ee cha m be r ed stom ach w hich i s s i m i l a r to c ow or dee r

A n A tl a nt ic b ottl e nos e d olp hi n ha s 80 - 100 t ee t h s w hich t he y us e f or tr a pp i n g t hei r pr e y. D olp hi ns sw a llow t hei r f oo d w h ol e w i t h out che w i n g i t

Va mp i r e ba ts, pro bab ly d u e to t hei r die t o f b loo d , a r e t he only v e rt eb r a t e s t ha t d o not ha v e t he e nzym e m a lt a s e , w hich b r ea ks d own m a lt su ga r, i n t hei r i nt e st i n a l tr ac t

I ns ec t i vorous ba ts m a y ha v e ce rt ai n dige st i v e

e nzym e s to be tt e r pro ce ss i ns ec ts, su ch

a s chi t i n a s e to b r ea k d own chi t i n, w hich i s a l a r ge

c ompon e nt o f i ns ec ts.

f ru gi vorous ba ts ha v e mor e m a lt a s e a n d su c r a s e e nzym e s t ha n i ns ec t i vorous, to c op e w i t h t he highe r su ga r c ont e nts o f t hei r die t