Gregor Mendel was an Austrian scientist who conducted breeding experiments with pea plants between 1856 and 1863. Through selective cross-breeding of pea plants over many generations, Mendel discovered that certain traits are inherited independently of each other and that traits can be dominant or recessive. Although the significance of Mendel's work was not recognized until the early 20th century, his experiments laid the foundation for modern genetics by demonstrating the basic principles of heredity and inheritance now known as Mendel's laws of inheritance.

1. TRANSMISSION
GENETICS
•Jo Hannah Dadivas
•Abigail Vergara

2. GENETIC TRANSMISSION
 is the transfer of genetic information from genes to
another generation (from parent to offspring), almost
synonymous with heredity, or from one location in a
cell to another.

3. Gregor Mendel

4. GREGOR JOHANN MENDEL
(JULY 20, 1822 – JANUARY 6, 1884)
 Was an Austrian scientist and Augustinian friar
who gained posthumous fame as the founder of
the new science of genetics. Mendel
demonstrated that the inheritance of
certain traits in pea plants follows particular
patterns, now referred to as the laws
of Mendelian inheritance. Although the
significance of Mendel's work was not
recognized until the turn of the 20th century,
the independent rediscovery of these laws
formed the foundation of the modern science of
genetics.

5. •Through the selective cross-breeding of common
pea plants (Pisum Sativum) over many generations,
Mendel discovered that certain traits show up in
offspring without any blending of parent
characteristics.

6. PEA PLANT (PISUM SATIVUM)

7. 7 Characteristics of Pisum Sativum
Flower
Color: Purple White
Position: Axil Terminal
Stem
Length: Long Short
Seed
Color: Green Yellow
Shape: Round Wrinkled
Pod
Color: Green Yellow
Shape: Inflated Constricted

8. AHYBRID is a combination of
two (or more) breeds,
whereas a PURE BREED (Pure-
blood) is where both parents are
of the same breed to produce an
offspring of the same breed.

9.  Dominant – A trait that shows up more
often.
 Recessive – A trait that shows up less
often.
 Homozygous – refers to having
identical alleles for a single trait.
 Heterozygous - refers to having two
different alleles for a single trait.

10. Law of Independent Assortment
•Allele segregate/ separate independent to
each other.

11. Law of Segregation
“The gene pair segregate/ separate in the
formation of a zygote”