Dictionary of Human Evolution and Biology
Index
#
-id > 9:3
A
a > ada
ada > age
age > all
all > amo
amo > ant
ant > api
api > art
art > aug
aug > azy
B
b > bay
bay > bil
bil > bip
bip > bod
bod > brc
brc > byp
byp > byt
C
c > cap
cap > cec
cec > cha
cha > cho
cho > cir
cir > cod
cod > com
com > con
con > cra
cra > cue
cue > cyt
D
d > del
del > dev
dev > dir
dir > dol
dol > dz
E
e > eja
eja > end
end > epi
epi > euk
euk > exp
exp > eye
F
f > fer
fer > flu
flu > fov
fov > fxj
G
g > gen
gen > ger
ger > gol
gol > gro
gro > gyr
H
h > hea
hea > het
het > hom
hom > hyb
hyb > hyp
I
i > ind
ind > int
int > irr
irr > ivf
J
j > jux
K
k > kne
kne > kyp
L
l > lav
lav > lif
lif > lom
lom > lys
M
m > man
man > max
max > men
men > mex
mex > mis
mis > mon
mon > mul
mul > mz
N
n > neo
neo > non
non > nyc
O
o > omn
omn > ori
ori > oxy
oxy > oxy
P
p > par
par > pat
pat > per
per > phy
phy > pla
pla > pol
pol > pos
pos > pri
pri > pro
pro > pul
pul > pyr
Q
q > quy
R
r > rec
rec > rep
rep > rhi
rhi > ryb
S
s > sch
sch > sem
sem > she
she > sis
sis > soc
soc > spe
spe > sta
sta > sub
sub > sur
sur > sze
T
t > tem
tem > thi
thi > tor
tor > tre
tre > two
two > tys
U
u > uti
uti > uv
V
v > vin
vin > vul
W
w > wis
wis > wyo
X
x > xyy
Y
y > yun
Z
z > zyg
#
A
B
C
D
E
F
G
H
I
J
K
L
M
N
O
P
Q
R
S
T
U
V
W
X
Y
Z
Independent Assortment
Random rearrangement of
maternal
and
paternal
chromosome
pairs
at the
metaphase plate
during
metaphase I
of
meiosis
and that results in a mixture of
maternal
and
paternal
chromosomes
after
anaphase I
.
See
Mendelian principle of independent assortment
.
Full-Text Search Entries
random assortment
(... the same processes. See
independent assortment
.)
assortment
(... recombination of genes. See
independent assortment
.)
chromosome theory of inheritance
(... on the segregation and
independent assortment
of factors (genes).)
Mendelian principle of independent assortment
(In a dihybrid cross, the random distribution of alleles into gametes results from the random ...)
Mendel’s principles or laws
(Principles of heredity described by Gregor Mendel in the nineteenth century; see the Mendelian ...)