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Gen. Bio
ST1
Reproduction
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Jhon Lloyd
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Cards (17)
Production of Offspring
Sexual
Reproduction
Asexual
Reproduction
Sexual Reproduction
The use of
sex cell
or
gametes.
Genetic
Variability
Relatively
slower
Asexual Reproduction
Does not make use of
sex
cells or
gametes.
Parents with
similar
offsprings.
Types of Asexual Reproduction
Binary Fission
Budding
Fragmentation
Binary Fission
Involves the division of the body into
two or more equal parts
Usually occurs in single-celled organisms (
Prokaryotes
).
Budding
a new individual arises as an outgrowth (
bud
) from its parent, develops organs like those of the parent and
detaches
itself.
Fragmentation
a body breaks into two or more parts with each fragment capable of becoming complete individual.
follows
regeneration
where the missing parts are produced.
Asexual
Reproduction
one
parent is involved
No need for
gamete
union
Genetically identical
to parent (clone)
Sexual Reproduction
two
parents are involved
Gametes
are present;
sperm
cells has to fertilize the
egg
cells.
Generally are
hybrids
of parents (independent assortment).
Reproductive Organs
Male
Reproductive Organs
Female
Reproductive Organs
Male
Reproductive Organ
produces
sperm
cells (spermatogenesis)
regulated by
hormones
varies
from species to species
Male Reproductive Parts
Testes
Seminiferous tubules
- produces sperm cells
Regulated by
hormones
(GnRH, Follicle-stimulating hormones, and Luteinizing Hormones)
Female Reproductive Organs
Ovaries
Fallopian tubes
or
Oviducts
Uterus
(
Womb
)
Vagina
Cervix
Ovaries
Oogenesis
- development of
ovarian follicles
Secretion of
hormones.
Progesterone
- hormones during pregnancy.
Estrogen
- development of sex organs
Fallopian Tubes
or Oviducts
site of fertilization
Uterus (Womb)
Endometrium
Myometrium
Perimetrium
Female Reproductive System (External)
Mons pubis
Clitoris
Labia majora
Labia minora
Urethra
Perineum
Anus
Hymen