posted African people have a variety of facial features: some have thin lips and noses, while others had big lips and wide noses.
The first Europeans as represented by the Gutians had flat faces and wide noses. Did Europeans get their facial features from Blacks?
Mike111 Member # 9361
posted
^All human features are Black African features: for the simple reason that all humans are derived from Black Africans. Whites are derived from Black African Albinos. Albinism changes skin, hair, and eye color, but does not change features.
Likewise, all human language is derived from Black African language.
Ditto culture.
Clyde Winters Member # 10129
posted
Did the admixture of Blacks and whites begin shortly before the invasion of the Sea People.
Note that in this mural the first two prisoners represent the tradional African type, prisoner five shows the traditional flat face European type, while figures 3-4,show whites with African features, like prisoners 1-2.
It would appear that whites admixed with blacks to breed out their traditional European type.
Interesting.....
Calabooz' Member # 18238
posted
?
TruthAndRights Member # 17346
posted
quote:Originally posted by Clyde Winters: African people have a variety of facial features: some have thin lips and noses, while others had big lips and wide noses.
The first Europeans as represented by the Gutians had flat faces and wide noses. Did Europeans get their facial features from Blacks?
Mr. Winters, these are beautiful photos which would be nice to also include over in the Black Beauty thread...
cassiterides Member # 18409
posted
''All human features are Black African features'' ====
Incorrect.
Good luck finding a straight haired blonde auburn or red haired negro.
But you yourself admit there is no physical diversity in your own race, which is why your website includes the Dravidian Indians as negroid (when they aren't) as they have slightly straighter hair.
cassiterides Member # 18409
posted
''African people have a variety of facial features: some have thin lips and noses'' ======
??????
The photos you posted show no diversity.
All black people are dark wooly haired, they have no hair diversity.
- True diversity only in white race.
If anyone mutated from the other (not that i believe this stupid theory), it was blacks from whites, not vice-versa - because white people are the most physically diverse.
kenndo Member # 4846
posted
quote:Originally posted by cassiterides: ''All human features are Black African features'' ====
Incorrect.
Good luck finding a straight haired blonde auburn or red haired negro.
But you yourself admit there is no physical diversity in your own race, which is why your website includes the Dravidian Indians as negroid (when they aren't) as they have slightly straighter hair.
your comments are wrong again mr. racist/bigot.
Mike111 Member # 9361
posted
quote:Originally posted by cassiterides: ''African people have a variety of facial features: some have thin lips and noses'' ======
??????
The photos you posted show no diversity.
All black people are dark wooly haired, they have no hair diversity.
- True diversity only in white race.
If anyone mutated from the other (not that i believe this stupid theory), it was blacks from whites, not vice-versa - because white people are the most physically diverse.
cassiterides - All the attributes that you have featured as indicators of diversity, are actually symptoms of a disease. I don't know if you can really count things like that.
There are four (4) types of Albinism, they are as follows:
Oculocutaneous Albinism Type 1
Disease characteristics. Oculocutaneous albinism type 1 (OCA1) is characterized by reduced synthesis of melanin in the skin, hair, and eyes, associated with ocular findings of nystagmus, reduced iris pigment with iris translucency, reduced retinal pigment, foveal hypoplasia with significantly reduced visual acuity usually in the range of 20/100 to 20/400, and misrouting of the optic nerves resulting in alternating strabismus and reduced stereoscopic vision.
Individuals with OCA1A have white hair, white skin that does not tan, and fully translucent irises that do not darken with age. At birth, individuals with OCA1B have white or very light yellow hair that darkens with age, white skin that over time develops some generalized pigment and may tan with sun exposure, and blue irises that change to green/hazel or brown/tan with age. Visual acuity may be 20/60 or better in some individuals.
Oculocutaneous albinism, type 2
Tyrosinase-positive oculocutaneous albinism (OCA, type II) is an autosomal recessive disorder in which the biosynthesis of melanin pigment is reduced in skin, hair, and eyes. Although affected infants may appear at birth to have OCA type I, or complete absence of melanin pigment, most patients with OCA type II acquire small amounts of pigment with age.
Individuals with OCA type II have the characteristic visual anomalies associated with albinism, including decreased acuity and nystagmus, which are usually less severe than in OCA type I. OCA type II is the most common type of oculocutaneous albinism in the world. The gene OCA2, when in a variant form, the gene causes the pink eye color and hypopigmentation common in human albinism.
Different SNPs within OCA2 are strongly associated with blue and green eyes. Hair color is the pigmentation of hair follicles due to two types of melanin, eumelanin and pheomelanin. Generally, if more melanin is present, the color of the hair is darker; if less melanin is present, the hair is lighter. Blond hair can have almost any proportion of phaeomelanin and eumelanin, but both only in small amounts.
More phaeomelanin creates a more golden blond color, and more eumelanin creates an ash blond. Blond hair is common in many European peoples, but rare among peoples of non-European origin. Many children born with blond hair develop darker hair as they age.
Red hair ranges from vivid strawberry shades to deep auburn and burgundy, and is the rarest fully distinct hair color on earth. It is caused by a variation in the Mc1r gene and believed to be recessive. Red hair has the highest amounts of phaeomelanin and usually low levels of eumelanin, and is the rarest natural human hair color.
Oculocutaneous albinism, type 3
Oculocutaneous albinism, type 3: A rare inherited disorder characterized by slightly reduced pigmentation in the skin, eyes and hair (due to a genetic mutation of the TYRP1 gene). Type 3 is characterized by some pigmentation of the iris despite the complete absence of tyrosinase which is needed for the production of melanin which gives the skin, hair and eyes their color. Type 3 also has the milder eye problems than the other types.
Light-skinned Whites with tyrosinase-negative albinism have pale skin and hair color ranging from white to yellow; their pupils appear red because of translucent irides. Blacks with the same disorder have hair that may be white, faintly tinged with yellow, or yellow-brown. Both Whites and Blacks with tyrosinase-positive albinism grow darker as they age. For instance, their hair may become straw-colored or light brown and their skin cream-colored or pink.
People with tyrosinase-positive albinism may also have freckles and pigmented nevi that may require excision. In tyrosinase-variable albinism, at birth the child's hair is white, his skin is pink, and his eyes are gray. As he grows older, though, his hair becomes yellow, his irides may become darker, and his skin may even tan slightly.
Oculocutaneous Albinism, Type 4
Disease characteristics. Oculocutaneous albinism type 4 (OCA4) is characterized by hypopigmentation of the skin and hair plus the characteristic ocular changes found in all other types of albinism, including nystagmus; reduced iris pigment with iris translucency; reduced retinal pigment with visualization of the choroidal blood vessels on ophthalmoscopic examination;
foveal hypoplasia associated with reduction in visual acuity; and misrouting of the optic nerves at the chiasm associated with alternating strabismus, reduced stereoscopic vision, and an altered visual evoked potential (VEP). Individuals with OCA4 are usually recognized within the first year of life because of hypopigmentation of the hair and skin and the ocular features of nystagmus and strabismus.
Vision is likely to be stable after early childhood. The amount of cutaneous pigmentation in OCA4 ranges from minimal to near normal. Newborns with OCA4 usually have some pigment in their hair, with color ranging from silvery white to light yellow. Hair color may darken with time, but does not vary significantly from childhood to adulthood. This form of albinism is rarer than OCA2, except in the Japanese population.
Mike111 Member # 9361
posted
^There is no cure for Albinism, the disease of Albinism is hereditary. Therefore it is passed from parent to child. If two Albinos mate, ALL of their children will be Albinos.
Though Albinism cannot be cured, it can be "arrested," simply by Albinos NOT mating with OTHER Albinos.
If an Albino mates with a normal person, their children will have pigmentation corresponding to the the "Davenport formula for quantitative Human Skin Color prediction."
HERE ARE SOME EXAMPLES:
Mike111 Member # 9361
posted
TruthAndRights Member # 17346
posted
quote:Originally posted by cassiterides: ''African people have a variety of facial features: some have thin lips and noses'' ======
??????
The photos you posted show no diversity.
All black people are dark wooly haired, they have no hair diversity.
- True diversity only in white race.
If anyone mutated from the other (not that i believe this stupid theory), it was blacks from whites, not vice-versa - because white people are the most physically diverse.
Oh, here you are... you just found your way out your mother's bermuda triangle hole? Congratulations- plenty man made that journey, never to return...yuh lucky.
the lioness Member # 17353
posted
quote:Originally posted by Clyde Winters: The classic British Nose is not African
posted 
![[Smile]](smile.gif)
![[Roll Eyes]](rolleyes.gif)
Oh, here you are... you just found your way out your mother's bermuda triangle hole? Congratulations- plenty man made that journey, never to return...yuh lucky.
