Patterdale Pups

[wrighty4 7]

hello every1 just a quick question can two black patterdales have fawn pups cheers

[tinytiger 875]

yeah

[paulus 26]

hello every1 just a quick question can two black patterdales have fawn pups cheers

fawn, red,bronze,chocolate, black and tan, even brindle's have been known

[robin hood 109]

im sure the answer is no,one has to be fawn to carry the gene fawn where black can produce brindle or blue,black to black you get black, im not 100 per cent though

[bitchie 292]

Yes. It is about the genpool of both (dog & bitch)
When both have a fawn parent then both are 100% heterozigot for fawn that means that you will get fawn pups when you do stud. But noone can say howmany you will have.but that is just one way because, genetig is much more difficult to tell you now all possebilitis.

Edited July 11, 2013 by bitchie

[robin hood 109]

you need to know what they have in the line if they have used a red dog or chocolate dog or lakeland etc

[wrighty4 7]

cheers lads am just qurius thats all just incase the bitch had been caught by sumthing else both dog and bitch have red bloodlines that as far as a no realy

[bitchie 292]

so you got the answer.

who want to know more google:

MENDEL'S GENETIC LAWS

 

Now, notice in that very brief description of his work that the words "chromosomes" or "genes" are nowhere to be found. That is because the role of these things in relation to inheritance & heredity had not been discovered yet. What makes Mendel's contributions so impressive is that he described the basic patterns of inheritance before the mechanism for inheritance (namely genes) was even discovered.Once upon a time (1860's), in an Austrian monastery, there lived a monk named Mendel, Gregor Mendel. Monks had a lot of time on there hands and Mendel spent his time crossing pea plants. As he did this over & over & over & over & over again, he noticed some patterns to the inheritance of traits from one set of pea plants to the next. By carefully analyzing his pea plant numbers (he was really good at mathematics), he discovered three laws of inheritance.