Alhamdulillah, n wat pertama kalinya D Maya join show yg d buat oleh KKM (kelab kucing malaysia) d SEREMBAN n alhmdulillah jgk coz dr 4 ekor kcing yg D Maya bwak 2 drpdnya telah menang d pertandingan trsebur n trasa amat brtuah coz slah sekor ank2 bengal D Maya mndpt "most clourfull kitten"
n sekor lgi mndpt tmpt ke 2 dlm ketegori trsebut (kira adik beradik yg berentap) hehehehe....
so ni ler pic2 msa pertandingan 2 brjln.
Sebuah Cattery kecil yg brpusat d Gemas Negeri Sembilan. Kesemua kucing BENGAL Cattery kami brdaftar dengan Tica (The International Cat Association) dan dari BLOOD LINE yg CANTIK.
Jumaat, 21 Jun 2013
Isnin, 10 Jun 2013
Sabtu, 8 Jun 2013
Jumaat, 7 Jun 2013
MATING SEASON
Kali ni smpai pulak msa utk D Maya Cattery mmproduce kitten d mna utk mndptkn kitten2 yg lgi hebat
n kli ni D Maya Cattery cuba utk mngawinkn:
Andika jinnga
x
Miss Lady Snow
Alhamdulillah slepas proses mating brjln lncar n ni ler HASILNYA:
*kini Miss Lady Snow tngh sarat n hnya menunggu msa utk mlahirkn baby2nya (hope sngt, ank2 snow sehat n comel2 smuanya) amin.
so tnggu kmunculan pic2 kitten dr miss lady snow k.
n kli ni D Maya Cattery cuba utk mngawinkn:
Andika jinnga
x
Miss Lady Snow
Alhamdulillah slepas proses mating brjln lncar n ni ler HASILNYA:
*kini Miss Lady Snow tngh sarat n hnya menunggu msa utk mlahirkn baby2nya (hope sngt, ank2 snow sehat n comel2 smuanya) amin.
so tnggu kmunculan pic2 kitten dr miss lady snow k.
ALHAMDULILLAH.... syukur kpda mu ya ALLAH.
Time utk produce kitten yg hebat utk D Maya Cattery
ANDIKA JINGGA
X
BIDASARI MAS MERAH
Setelah bberapa lama mmiliki kucing BENGAL, kini KEGEMBIRAAN mula trgmbar d wajah ak n D Maya Cattery d mna kami telah pn mmiliki 3 ekor kitten yg comel2 hasil perkongsian hidup ANDIKA JINGGA + BIDASARI MAS MERAH
ini ler pic2 kitten utk D Maya Cattery:
pic2 ni d snap pd umurnya x smpai sebulan
so lpas ni tnggu lgi pic2 3 beradik ni k.
X
BIDASARI MAS MERAH
Setelah bberapa lama mmiliki kucing BENGAL, kini KEGEMBIRAAN mula trgmbar d wajah ak n D Maya Cattery d mna kami telah pn mmiliki 3 ekor kitten yg comel2 hasil perkongsian hidup ANDIKA JINGGA + BIDASARI MAS MERAH
ini ler pic2 kitten utk D Maya Cattery:
pic2 ni d snap pd umurnya x smpai sebulan
so lpas ni tnggu lgi pic2 3 beradik ni k.
Cerita Tentang Bengal Ku
Dari Persian, aku mula bertukar arah kepada kucing BENGAL, gara-gara cuaca yg x menentu di tmpat tinggal baru ku (pnas yg brpnjangan & tramat pnas).
Aku mula bralih arah dan mula mmiliki kucing Bengal, kucing BENGAL yang ada dlm simpanan @ koleksi aku semuanya dr breeder besar nmanya iaitu dr Kittunkatz bengal.
ALHAMDULILLAH atas Kepercayaan yg d bgi oleh owner Kittunkatz (k.Reen), kini aku mmiliki 4 ekor (2 pasang) bengal yang cantik2 belaka.......
tntu kalian pn nk tngokkn pic2 kucing BENGAL ku, hehehehehehe.....
ni ler pair BENGAL yg mula2 aku miliki
my HERO > Kittunkatz Andika Jingga.
my HEROIN > Kittunkatz Bidasari Mas Merah
Lpas tu, ALHAMDULILLAH rezeki yg d bg oleh yg maha ESA mncurah2 & dpt ler aku mmiliki spasang lgi BENGAL dr Kittunkatz.
Ni ler pic2 BENGAL bru utk D Maya Cattery
My NEW HEROIN > Kittunkatz Miss Lady Snow
NEW HERO> Kittunkatz Indera Petra
*HOPE SNGAT2 smuanya sehat & dpt "produce" ank2 yg cntik.
Aku mula bralih arah dan mula mmiliki kucing Bengal, kucing BENGAL yang ada dlm simpanan @ koleksi aku semuanya dr breeder besar nmanya iaitu dr Kittunkatz bengal.
ALHAMDULILLAH atas Kepercayaan yg d bgi oleh owner Kittunkatz (k.Reen), kini aku mmiliki 4 ekor (2 pasang) bengal yang cantik2 belaka.......
tntu kalian pn nk tngokkn pic2 kucing BENGAL ku, hehehehehehe.....
ni ler pair BENGAL yg mula2 aku miliki
my HERO > Kittunkatz Andika Jingga.
my HEROIN > Kittunkatz Bidasari Mas Merah
Lpas tu, ALHAMDULILLAH rezeki yg d bg oleh yg maha ESA mncurah2 & dpt ler aku mmiliki spasang lgi BENGAL dr Kittunkatz.
Ni ler pic2 BENGAL bru utk D Maya Cattery
My NEW HEROIN > Kittunkatz Miss Lady Snow
NEW HERO> Kittunkatz Indera Petra
*HOPE SNGAT2 smuanya sehat & dpt "produce" ank2 yg cntik.
Selasa, 4 Jun 2013
Jumaat, 31 Mei 2013
Charting the Genes
A simple way to work out what kittens your cat might have, is to build a simple chart, and work out the combinations of genes.
I’ll continue to use the short and long hair genes, as they are the simplest example to start with.
Start by drawing a chart that is 3 boxes wide and 3 boxes deep. Ignore the top left hand box. Now fill in the the top row with the stud’s genes, and in the left hand column the queen’s genes.
In the example below, both the stud (at the top) and the queen (at the side) have one short hair gene and one long hair gene. The symbol for the short haired gene is ‘L’ and the symbol for the long haired gene is ‘l’.
Notice that the dominant and recessive genes use the same letter, but the dominant gene is in upper case (L) and the recessive gene is in lower case (l).
Male | |||
Short Hair (L) | Long Hair (l) | ||
Female | Short Hair (L) | ||
Long Hair (l) |
Now take the symbol from the left hand male box (L), and combine it with the top one from the female (L).
Male | |||
Short Hair (L) | Long Hair (l) | ||
Female | Short Hair (L) | L L | |
Long Hair (l) |
Now add the symbol from the left band male box with the bottom one from the female.
Male | |||
Short Hair (L) | Long Hair (l) | ||
Female | Short Hair (L) | L L | |
Long Hair (l) | L l |
Now do the same for the right hand two boxes:
Male | |||
Short Hair (L) | Long Hair (l) | ||
Female | Short Hair (L) | L L | I L |
Long Hair (l) | L l |
Male | |||
Short Hair (L) | Long Hair (l) | ||
Female | Short Hair (L) | L L | I L |
Long Hair (l) | L l | l l |
You should end up with:
Male | |||
Short Hair (L) | Long Hair (l) | ||
Female | Short Hair (L) | L L | I L |
Long Hair (l) | L l | l l |
Top left, you have L L - two short haired genes (L) - this kitten will be short haired (homozygous)
Top right, and bottom left - you have one L and one l - one short haired gene and one long haired gene - these two kittens are short haired but carry long hair (the short hair gene is dominant, so the long hair gene is ‘invisible’)
Bottom right is l l - two long haired genes - so this kitten is long haired.
So the average that you would get from this mating are half the kittens being short haired, but carrying long hair (heterozygous), 25% being Long Haired (homozygous) and 25% Short Haired (homozygous).
Remember though, that these are only averages. Some eggs may die before they are fertilised, some sperm may never get that far, and then fertilised eggs may not survive. And you never know which ones will actually go full term.
So don’t expect to always get one long haired kitten in every litter of four. You have to repeat several matings before the ‘averages’ start to show up.
You can use this chart to work out the coat type, pattern or colour of any of the genes below - though the chart gets rather big and complicated if you try to chart more than one gene at a time - as you have to allow for every combination that might occur.
To work out the combinations of one gene, there are four possible combinations (the male carries a pair, and the female carries a pair). But to work out the combinations of two genes together (e.g. marbled or spotted, and snow or brown), there are sixteen possible combinations. As you might guess, the boxes get a bit big and complicated, and it is easy to lose track if you try to do too many combinations at a time.
Just as an example, here is a box where both the male and the female are brown spotted, but where they both carry marble and snow. Marble is recessive to spotting, and snow is recessive to brown.
Top right, and bottom left - you have one L and one l - one short haired gene and one long haired gene - these two kittens are short haired but carry long hair (the short hair gene is dominant, so the long hair gene is ‘invisible’)
Bottom right is l l - two long haired genes - so this kitten is long haired.
So the average that you would get from this mating are half the kittens being short haired, but carrying long hair (heterozygous), 25% being Long Haired (homozygous) and 25% Short Haired (homozygous).
Remember though, that these are only averages. Some eggs may die before they are fertilised, some sperm may never get that far, and then fertilised eggs may not survive. And you never know which ones will actually go full term.
So don’t expect to always get one long haired kitten in every litter of four. You have to repeat several matings before the ‘averages’ start to show up.
You can use this chart to work out the coat type, pattern or colour of any of the genes below - though the chart gets rather big and complicated if you try to chart more than one gene at a time - as you have to allow for every combination that might occur.
To work out the combinations of one gene, there are four possible combinations (the male carries a pair, and the female carries a pair). But to work out the combinations of two genes together (e.g. marbled or spotted, and snow or brown), there are sixteen possible combinations. As you might guess, the boxes get a bit big and complicated, and it is easy to lose track if you try to do too many combinations at a time.
Just as an example, here is a box where both the male and the female are brown spotted, but where they both carry marble and snow. Marble is recessive to spotting, and snow is recessive to brown.
Male | |||||
Spotted & Snow | Marble & Snow | Spotted & Brown | Marble & Brown | ||
Female | Spotted & Snow | 2xspotted genes 2x snow genes = snow spotted |
1 spot + 1 marble 2x snow genes = snow spotted |
2xspotted genes 1 brown+1 snow = brown spotted |
1 spot + 1 marble 1 brown+1 snow = brown spotted |
Marble & Snow | 1 spot + 1 marble 2x snow genes = snow spotted |
2x marble genes 2x snow genes = snow marble |
1 spot + 1 marble 1 brown+1 snow = brown spotted |
2x marble genes 1 brown+1 snow = brown marble |
|
Spotted & Brown | 2xspotted genes 1 brown+1 snow = brown spotted |
1 spot + 1 marble 1 brown+1 snow = brown spotted |
2xspotted genes 2x brown genes = brown spotted |
1 spot + 1 marble 2x brown genes = brown spotted |
|
Marble & Brown | 1 spot + 1 marble 1 brown+1 snow = brown spotted |
2x marble genes 1 brown+1 snow = brown marble |
1 spot + 1 marble 2x brown genes = brown spotted |
2x marble genes 2x brown genes = brown marbled |
So out of the mating of two brown spotteds who both carry marble and snow you would get (on average for 16 cats):
3 snow spotted, 2 of which carry marble
9 brown spotted - 2 carrying snow, 4 carrying snow and marble, 1 carrying marble and one homozygous
1 snow marble
3 brown marbles, 2 of which carry snow
3 snow spotted, 2 of which carry marble
9 brown spotted - 2 carrying snow, 4 carrying snow and marble, 1 carrying marble and one homozygous
1 snow marble
3 brown marbles, 2 of which carry snow
Bengal Genes
These are the main genes that affect the Bengal, with an explanation
of each of them. As said previously, research is still taking place and
new genes are being discovered all the time, so if you know more,
please let me know (contact details at the bottom of the page).
I have included some genes that do not relate directly to the Bengal, as they help clarify how other cats differ.
I have included some genes that do not relate directly to the Bengal, as they help clarify how other cats differ.
Dominant | Recessive | Notes |
A Agouti | a non-agouti |
Agouti is the tabby/patterned cat Non-agouti is the self coloured (solid colour) cat A is dominant to a, though not always completely - you can sometimes see the shadow of the tabby pattern on a solid coloured black cat that is heterozygous (i.e. on one that is Aa) a in combination with the Inhibitor gene (I) can cause smoke (see more at the bottom of this page) |
B Black | b chocolate |
b is the chocolate gene - all of the black is replaced by a rich chocolate brown B is incompletely dominant to b Bb can result in a black cat with rusty coloured shading b is incompletely dominant to b1 |
b1 cinnamon |
b1 is the cinnamon gene - where the black is replaced by a rich cinnamon brown A cat that is b1 b1 will be cinnamon, but where the cat is b b1, they are often a pale shade of chocolate, as b is not completely dominant to b1 |
|
C Full Colour | c albino | The albino cat with no colour and pink eyes (not relevant to the Bengal) |
ca blue-eyed white | The blue-eyed white cat (does not relate to the Bengal - this cat is white all over) | |
cs siamese |
Ivory background, coloured points and blue eyes -the blue-eyed snow (seal lynx point) Note that reddish blue eyes may be a sign that this cat also carries chocolate |
|
cb burmese | Ivory background, darker (sepia) coloured points, with brown, yellow or green eyes (seal sepia) | |
If you have a Bengal that has one cs gene and one cb gene, then the two genes ‘mix’ - neither is dominant or recessive to one another. The result is the Seal Mink - with turquoise eyes. This combination of genes is referred to as the ‘Tonkinese’ colour | ||
D Dense Colour | d dilute colour |
Dense colour is fully dominant to dilute colour. A combination of BBDD gives a black cat, but BBdd is a blue cat A brown cat (bb) with dilute (dd) is a lilac A cinnamon cat (b1b1) with dilute (dd) is a fawn A sex linked Orange cat (OO) with dilute (dd) is a cream The combination of Agouti (A) and dilute (d) causes a cream base coat rather than the usual Agouti yellow base coat. |
Dm Dilute Modifier | dm normal dilution (maltese dilution) |
The Dm gene only takes affect where dd is also present. On blue, lilac and fawn cats with Dm = caramel Red cats with Dm = apricot |
I Colour Inhibitor | i normal colour |
The standard description of the Inhibitor gene is that it is a
completely dominant gene which inhibits all colour in the coat - i.e.
causes silver. However, it appears to be either incompletely dominant, or is affected by rufousness - as we have all seen the ‘tarnished’ silver who has some hint of brown in the coat. A combination of Agouti (AA) with the inhibitor (I) causes smoke in some cases. Some believe that both the Inhibitor gene and the Agouti gene come in varying ‘strengths’, and that an excess of Inhibitor with insufficient Agouti causes the smoke. However, it is possible that other, as yet unidentified genes are coming into play. See below for more details on silvers |
L Short Hair | l long hair | The short haired gene is completely dominant to the long hair gene. The sources I have read say that ‘the length of hair is determined by selective breeding’ - however this comment in itself indicates that another gene (or genes) may be present which affect hair length - and the ‘selective breeding’ is selecting cats with this other ‘hair length modifier’ gene(s). |
Mc Vertical flow | mc circular flow | The Mc gene gives a vertical stripe or pattern, but the mc gene causes a swirling/circular pattern |
mz horizontal flow | Currently a theory only - believed to cause the horizontal alignment of the pattern found only in Bengals and believed to be inherited directly from the ALC | |
Mi Not glittered | mi glittered | Another ‘theoretical’ gene - causing the glitter on the Bengal coat. The designation of Mi is only ‘temporary’ - I have also seen this gene referred to as Gi or Gl. The glitter is caused by the tip of each hair shaft being hollow, so that the light passes through the hair tip. |
Rf Normal colour | rf rufous |
Originally thought to be a series of polygenes (blending genes),
the rufous gene is now thought to be a separate gene that causes red in
the coat. There is still some work to be done here, as another theory believes that the rufous colouring is caused by the ‘extension’ gene. However, the amount of red in a Bengal coat varies considerably from cat to cat, and not in direct relationship to the width of the colour bands. My personal opinion is that this gene may come in varying ‘strengths’, or is affected by another gene that changes the amount of red in the coat. |
S White spotting | s no white spotting |
Incomplete dominance in that Ss will have some white spotting SS = Harlequin or Van >2/3rds white Ss = Bicolour 2/3rds white So what causes the locket? Is the locket caused by another variation on this gene, that hasn’t yet been identified? Or is it just an Ss with very little white. |
Sa Normal hair | sa satin/silk fur |
Another ‘theoretical’ gene - No or minimal undercoat, with a satin finish to the coat I has been suggested that this gene is another or different cause for glitter (see Mi), however I think most Bengal breeders will agree that this is unlikely as Bengals that have silky fur with no undercoat are not always glittered. |
Sp Pattern Interrupt | sp normal tabby (Classic or Mackerel) |
Now identified as a separate gene affecting the tabby pattern by breaking up the pattern to cause spots rather than lines. It is still not known what causes the variance in spot shapes and colours (i.e. rosetting) |
E Extension Gene |
Determines the width of the colour banding on a patterned (agouti) coat |
|
O Sex linked orange | o not orange |
I have only included this one because some of the early Bengals did carry sex-linked orange (notably Millwood Pennybank). The male is an xy, and the femal is an xx, and the o gene can only ‘attach’ to the x gene, so a male can only ever carry one o gene, but a female can carry a pair. xxoo = female not red or cream xyo = male not red or cream xxOo = female tortie/tortoishell xxOO = female red (or cream with dd) xyO = male red |
Birth Defects
Flat Chest | There are very mixed feelings as to whether this caused by a recessive gene or by environmental affects, or a mixture of both. |
Kinked Tail |
Possibly caused by a recessive gene There is a possibility that there is a link between tail faults and spina bifida. |
Cleft Palate | Opinion varies as to whether this is caused by a gene, by immaturity at birth, or a congenital birth defect caused by some outside influence during pregnancy. |
Smoke, Charcoal and Melanistic Bengals
I have read and heard so many things about the smoke, charcoal and
melanistic bengals, and I think there is quite a bit of confusion over
these colours.
What I would like to do here is clarify what we do know, and what we don't know, as at May 2013.
Smoke, melanism and charcoal are different colours. A melanistic cat is not a charcoal, or a smoke, any more than a blue lynx point is a seal lynx point.
What I would like to do here is clarify what we do know, and what we don't know, as at May 2013.
Smoke, melanism and charcoal are different colours. A melanistic cat is not a charcoal, or a smoke, any more than a blue lynx point is a seal lynx point.
Smoke
I think it is fairly clear in most people's minds that the Smoke bengal is a (non-agouti) Black Silver Bengal.
a/a - homozygous for non-agouti
I/i or I/I - heterozygous or homozygous for inhibitor
Most Bengals have two agouti genes (the gene that causes the pattern in the coat), but there are some that have one agouti gene and one non-agouti - so they are A/a.
If you mate two cats together that carry non-agouti (a), there is a 25% chance of getting a solid coloured cat (no pattern). And if one or both of the parents is silver, there is a chance that solid coloured cat will be a smoke (a combination of Silver and non-agouti).
They are easy to identify, as at least one parent must be silver, and if you part the hair, although it is black down most of it's length, the base of every hair is silver.
a/a - homozygous for non-agouti
I/i or I/I - heterozygous or homozygous for inhibitor
Most Bengals have two agouti genes (the gene that causes the pattern in the coat), but there are some that have one agouti gene and one non-agouti - so they are A/a.
If you mate two cats together that carry non-agouti (a), there is a 25% chance of getting a solid coloured cat (no pattern). And if one or both of the parents is silver, there is a chance that solid coloured cat will be a smoke (a combination of Silver and non-agouti).
They are easy to identify, as at least one parent must be silver, and if you part the hair, although it is black down most of it's length, the base of every hair is silver.
Charcoal
So, what causes 'charcoal'?
At this point in time (May 2013) nobody knows what causes charcoal, as they have only recently started to search for the cause of this colouration. So any statements about the 'charcoal gene' are pure speculation at this point in time.
It may be a single gene, or it may be a combination of genes, or it may just be a variation in an existing gene (such as the variation in the long hair gene that causes various lengths of long hair).
A charcoal is not a silver cat, and does not have to have a silver parent. It may or may not carry one non-agouti gene.
The cat is genetically a brown (black) bengal, but it is very dark in appearance and there is little or no rufous colouration.
So my own personal opinion is........ that the charcoal bengal is simply the other end of the 'brown scale' to a sorrel bengal. We don't hunt for a sorrel gene, we just accept that this is a brown (black) bengal, where the markings are brown, rather than black, and the coat has heavy rufous colouration.
So perhaps a charcoal bengal is a brown (black) bengal where the markings are all black, with no brown, and there is no rufous colouration.
Just my opinion, and only based on me looking at the pedigrees of the various 'charcoal' cats that I have seen. Only time (and lots of research) will give us the answer.
At this point in time (May 2013) nobody knows what causes charcoal, as they have only recently started to search for the cause of this colouration. So any statements about the 'charcoal gene' are pure speculation at this point in time.
It may be a single gene, or it may be a combination of genes, or it may just be a variation in an existing gene (such as the variation in the long hair gene that causes various lengths of long hair).
A charcoal is not a silver cat, and does not have to have a silver parent. It may or may not carry one non-agouti gene.
The cat is genetically a brown (black) bengal, but it is very dark in appearance and there is little or no rufous colouration.
So my own personal opinion is........ that the charcoal bengal is simply the other end of the 'brown scale' to a sorrel bengal. We don't hunt for a sorrel gene, we just accept that this is a brown (black) bengal, where the markings are brown, rather than black, and the coat has heavy rufous colouration.
So perhaps a charcoal bengal is a brown (black) bengal where the markings are all black, with no brown, and there is no rufous colouration.
Just my opinion, and only based on me looking at the pedigrees of the various 'charcoal' cats that I have seen. Only time (and lots of research) will give us the answer.
Melanistic
The melanistic bengal is simply a solid black cat (a non-agouti cat).
It is not silver, is not snow, and is not homozygous for any of the dilute genes.
Sometimes you can see a shadow of the pattern in the coat (often called 'black on black'), and sometimes you cannot see any pattern.
Bengal
Cat
Coat Patterns and Colors
Coat Patterns and Colors
Bengals
come in two basic patterns - spotted/rosetted and marble.
There
are as many variations of spotted/rosetted and marble patterns as there are
cats. The most important thing about both patterns is that the markings should
be very clear and sharp appearing with strong contrast with the base color of
the coat. Spotted/rosetted bengals should have random markings with no
stripes or bars. Marble bengals should have a very flowing and random
pattern.
|
|
spotted/rosetted
|
marble
|
Bengal Cat Markings
ROSETTES
ROSETTES
There is
a great range of shapes of two-toned spot markings called "rosettes".
Rosettes can be described as
being of 4 major types - arrow, pawprint, donut, and cloud - in addition to
single spots. Some cats have a connected row of donut rosettes running
parallel to the cat's spine on each side. This is called "chaining"
A cat may have
some of each type of rosette or the markings may be more uniform.
|
Arrow rosettes
|
|
Pawprint rosettes
|
|
Donut rosettes
|
|
Donut rosettes with
"chaining"
|
|
Cloud rosettes
|
There are four basic "marble"
bengal patterns
Horizontal flowing marble | |
Reduced pattern horizontal flowing marble | |
Chaos pattern marble | |
Closed pattern or "sheet" marble | |
Bullseye pattern - NOT DESIRED |
In addition to the rosetted or marble pattern, there are three other factors that come into play when describing the color and pattern of a bengal. "Glitter", "Patina" and "Ticking."
GLITTER - is the term bengal breeders use to describe a cat that has translucent hair shafts. This translucence results in the cat appearing to be sprinkled with gold glitter in the gold bengals, cream-white glitter in the snow bengals and silvery-white glitter in the silver bengals. It is most apparent on the paws as a translucent satin look or if the cat is in direct sunlight, the coat sparkles. It is hard to capture in photos. "Glitter" is inherited as a recessive gene and was introduced into the breed from one of the founding bengals - Millwood Tory of Dehli.
Glittered light gold bengal - notice satin looking paws | Glittered gold bengal - notice some "sparkle" on the sides and legs |
PATINA- Any color & pattern of bengal can have black or dark tipped hairs that lay over the pattern blurring the pattern and giving the impression of having a black "patina" washed over just the shoulders and back of the cat. This is different from "TICKING" that blurs the markings all over the cat.
Gold-arrow rosettes with black patina | |
Dark gold-arrow rosettes with dark brown patina |
TICKING - is the result of the bands of color on each individual hair shaft being distributed on the hair shaft in such a way that it "BLURS" or causes a lack of sharp contrast between the ground color and the markings. This occurs all over the body of the cat.
Beige-brown arrow rosettes with ticking | |
Dark beige-arrow rosettes with ticking | |
Sorrel-arrow & pawprint rosettes with ticking |
The Brown or Ebony Bengals
Brown
or ebony
(spotted, rosetted or marble) bengals are the most common color. This color is
accepted for showing in TICA and several other cat associations.
There
is tremendous variation in the range of coat colors that are all
"brown or ebony" bengals. Some are nearly steel gray with black markings
and others are bright beige with rust markings. All shades of brown
Bengals will have black tail tips.
These two bengals demonstrate the
extreme range of "brown or ebony" tabbies. The rust colored - deep
sorrel - marble bengal looking at us, is laying on a grey - tawny -
black spotted bengal. Genetically their basic color gene is the
same -"B". The fact that one is rust colored and the other
grey/black is due to "multigenetic color modifiers" called "rufous
polygenes." The possible variations in tone from greyish to deep
rust are almost endless.The
difference in their pattern - one spotted and one marble - is controlled
be a separate gene. The following are just some of the possibilities. |
BEIGE BODY COLOR
|
1. beige-tan arrow rosettes
|
2. beige-black arrow & donut
rosettes
|
3. beige-mixed black rosettes
|
4. beige-black arrow rosettes &
spots
|
5. dark beige-mixed brown rosettes | 6. dark beige-brown mixed rosettes |
7. dark beige-brown donut rosettes | 8. dark beige-rust arrow rosettes-ticking | 9. dark beige-brown arrow rosettes with patina |
GOLD BODY COLOR
|
1. light gold-black mixed
rosttes
|
2. light gold-black donut
rosettes
|
3. light gold-mixed rosettes
|
4. light gold-black cloud rosettes | 5. light gold-pawprint rosttes | 6. light gold-mixed donut rosettes |
7. light gold-large donut rosettes | 8. gold-large pawprint rosettes | 9. gold-large pawprint rosettes |
10. gold-mixed arrow rosettes | 11. gold-donut rosettes | 12. gold-mixed arrow rosettes |
13. gold-mixed rosettes | 14. gold-arrow rosettes | 15. gold-mixed arrow & donut rosettes |
16. gold-donut rosettes | 17. gold-arrow rosettes with patina | 18. rusty gold-small cloud rosettes |
19. rusty gold-mixed arrow & donut rosettes | 20. rusty gold-donut rosettes | 21. rusty gold-small cloud rosettes |
22. dark gold-donut rosettes | 23. dark gold-large donut rosettes | 24. dark gold-mixed arrow rosettes |
25. dark gold-arrow rosettes | 26. dark gold-donut rosettes with chaining | 27. dark gold-arrow rosettes |
28. dark gold-sm donut rosettes | 29. dark gold-large donut rosettes | 30. dark gold-arrow rosettes |
31. dark gold-cloud rosettes | 32. dark gold-pawprint rosettes | 33.dark gold-arrow rosettes with patina |
LIGHT RUST OR
"SORREL" BODY COLOR
WITH DARK RUST MARKINGS |
1. light sorrel-arrow rosettes | 2. light sorrel-arrow rosettes | 3. sorrel-mixed arrow & donut rosettes |
4. sorrel-mixed pawprint & donut rosettes | 5. sorrel-arrow rosettes | 6. sorrel-pawprint rosettes |
7. sorrel-donut rosettes | 8. sorrel-single spotted | 9. sorrel-spots & arrow rosettes-ticking |
10. dark sorrel-cloud rosettes | 11. dark sorrel-donut rosettes | 12. dark
sorrel-donut rosettes with chaining |
13. dark
sorrel-large donut rosettes with chaining |
14. dark sorrel-arrow rosettes | 15. dark sorrel-donut rosettes |
TAWNY - GREY BEIGE
TO GREY - GROUND COLOR
|
1. light tawny-pawprint rosettes | 2. light tawny-arrow rosettes-ticking | 3. tawny-arrow rosettes |
4. tawny-large pawprint rosettes | 5. tawny-donut rosettes with chaining | 6. tawny-mixed arrow & pawprint rosettes |
7. tawny-donut rosettes | ||
CHARCOAL BENGALS ARE
VERY DISTINCTIVE WITH THEIR COLD GREY BACKGROUND COLOR, DEEP BLACK
MARKINGS WHICH INCLUDE BLACK NOSE BRIDGE WITH VERY LIGHT EYE RINGS, AND
ALMOST SOLID BLACK ALONG THE TOP OF THE BACK
|
1 charcoal-arrow rosettes
|
2. charcoal-arrow rosettes with
ticking
|
3. charcoal face pattern
|
4. charcoal arrow rosettes with
patina
|
||
MARBLE BENGALS COME
IN ALL THE SAME COLORS AND SHADES AS ROSETTED BENGALS. THE MARBLE
PATTERN IS CAUSED BY A RECESSIVE GENE. THESE ARE ALL "BROWN OR
EBONY" MARBLES.
|
1. beige-open pattern marble | 2. tawny-open pattern marble | 3. gold-horizontal
flowing & chaos pattern tri-color marble |
4. gold-horizontal flowing tri color marble | 5. gold-horizontal flowing tri color marble | 6. gold-horizontal flowing tri color marble |
7. light gold-black reduced
pattern or sheet marble
|
8. gold-brown reduced pattern or
sheet marble
|
9. sorrel-reduced pattern or sheet marble |
10. beige-brown
chaos pattern marble with chaining |
11.beige-black chaos pattern
with chaining |
12.light gold-tri colored mixed
flowing & chaos pattern |
13. gold-brown chaos pattern | 14. gold-tri colored chaos pattern |
15. gold-black marble TOO BULLSEYE |
The
"Snows"
The
so-called "snow" bengals come in actually 3 slightly genetically
different colors: Seal lynx point, seal mink and seal sepia. It is often hard to
tell the difference between the seal minks and the seal sepias in person or in
photos. There are now genetic tests that can be done to help breeders
define which color they have. The easiest to tell is the seal lynx point
because they must have blue eyes.
Seal Lynx Point -- which have a very light cream ground color, dark chocolate
markings and, usually, slightly darker legs, tails and ears. These cats
MUST have blue eyes.
Seal
Sepia -- which have a cream/tan background and very dark bitter chocolate
markings. These cats have green eyes.
Seal
Mink -- which are actually a genetic blend of the above two colors--a cream background
with slightly warmer brown markings and, often, blue-green or aqua eyes.
All
three "Snow" colors can be shown in TICA and several other
associations.
1. seal lynx - arrow rosettes | 2. seal lynx - donut rosettes | 3. seal lynx - arrow rosettes |
1. seal mink - arrow rosettes | 2. seal mink- pawprint rosettes | 3. seal mink - mixed donut rosettes |
1. seal sepia - donut rosettes | 2. seal sepia - pawprint rosettes | 3. seal sepia - donut rosettes |
1. seal lynx-marble -flowing pattern | 2. seal lynx-marble-partial bullseye | |
1. seal mink - marble - chaos pattern | ||
1. seal sepia - marble - partial bullseye | 2. seal sepia - marble - chaos pattern | |
The Silver Bengals
Silver
bengals have a nearly white ground color with black markings.
1. silver-black arrow rosettes | 2. silver-black donut rosettes |
3. silver-black donut rosettes with chaining |
4. silver black arrow rosettes | 5. silver-black mixed rosettes with patina | 6. silver-slate sm cloud rosettes |
7. silver-slate mixed rosettes | 8. silver-slate donut rosettes with chaining | 9. silver-light slate mixed rosettes |
10. silver-light slate mixed rosettes | 11. silver-slate donut rosettes with tarnish | 12. silver-light slate mixed
rosettes with tarnish |
11.silver-marble-black partial bullseye pattern | 12. silver-marble-slate chaos pattern | 13. silver-black smoke |
The Solid Blacks
Solid
black bengals occasionally occur in litters. Since they can not be shown
for championship points, they are not as popular with breeders. However
there are several breeders working on developing exquisite appearing black
bengals. Just think about how beautiful black leopards are and you can see why
many people enjoy owning one.
|
|
black bengal kittens at 9 weeks
|
black 16 week old kitten
|
The Blue Bengals
Blue
bengals rarely occur in litters. They can not be shown for championship points,
so, again, most breeders do not breed for this color. Blue bengals have
gun metal gray markings on a powder blue body. Many people find they
really like the color once they have seen one.
|
|
blue spotted bengal
|
blue rosetted
|
How patterns develop
I am often asked how a
certain kitten's coat color and pattern will look when it matures. I have
tried to take some pictures to give an idea of the changes a coat may go through
as the kitten grows.
******************
tawny rosetted
at 6 weeks
at 5 months
******************************
Light gold rosetted
at 3 weeks
at 5 weeks
at 8 weeks
at 12 weeks
at 1 year
Langgan:
Catatan (Atom)