Erasmus: 3*3

Any of the enneagram types is possible in this gene pairing. As an approximation all at approximately similar probability.

Erasmus: 3*4

Again any of the enneagram types is possible in this gene pairing. However there is a reduced probability of enneagram “6” children, compared to the above parental heritage.

Erasmus: 3*5

This enneagram mating is likely to produce a wide spread of enneagram children types, with the exception that there will be no enneagram “8” children and similarly to the above 3 *4 parental heritage has a slightly enhanced probability of enneagram “7” children as compared to the 3 * 3 parental genotype mix.

Erasmus: 3*6

These parents are likely to raise a clutch of children with a wide spread of enneagram types, but of course with a preponderance of enneagram “6” children, many of whom carry extra genes of the power series. (Slow histamine genes especially).

Erasmus: 3*7

These parents are likely to raise a group of children covering a wide range of enneagram types. It is not possible to have an enneagram “8” child or an enneagram “9” child.

Erasmus: 3*8

The children these parents are likely to cover a wide range of enneagram types. It is not possible to have an enneagram “5” or an enneagram “ 7” or an enneagram “ 9” child. This is due to the compulsory inheritance of a slow histamine gene from the enneagram “8” parent. The presence of one of these genes converts and enneagram “7” to an enneagram “4”. As the child must inherit one gene from each of the parents, inheriting one slow histamine gene from the enneagram “8” parent, precludes having children of the enneagram “9” .

Erasmus: 3*9

As enneagram “threes” have a range of genotypes it is possible to have a wide range of child enneagram types as well. However, as genetics dictates that one gene must come from each parent, double power gene variants are not possible. In short, there will be no enneagram “2” children, no enneagram “7” children and no enneagram “8” children. Enneagram “9” children are possible as they will deftly inherent one fast histamine gene from the enneagram “9” parent, but the enneagram “3” parent could carry none or one fast histamine gene – giving a possibility of engendering an enneagram “9” child

Enneagram Three - the Worker

Erasmus: 4*4

Enneagram “6” children are not possible with this mating. There is approximately a 3 in 16 chance of having a child who could be described as a very high energy enneagram “ 8” or a very bulldozerish enneagram “4”. 1/16 of the children will be an enneagram “ 8”. One in 8 of the children would be a very decisive enneagram “7” – perhaps even an enneagram “4 ish” looking enneagram “7”. One in 4 of the children will be an enneagram “4”. And one in 8 of the children will be an enneagram “one”. 1/16 the children could be an enneagram “7”, 1/8 of the children being an enneagram “5” and 1/16 the children being an enneagram “9”.

Erasmus: 4*5

This parental combination gives a complex gene mix. 1/8 of the children are enneagram ones. 1/8 of the children are enneagram sevens. One quarter of the children are enneagram fives. 1/8 of the children are enneagram nines. 3/8 of the children fall into the enneagram 4 category. However one 3rd of this category is an unusual “4” enneagram genotype. It could be described as a fast enneagram “4” or a focused enneagram “7”.

With the possible increased incidence of fast histamine genes or fast noradrenaline genes in the phenotypic enneagram “4”, there would be either an increased incidence of enneagram ones and enneagram eights or enneagram fives/enneagram sevens.

Erasmus: 4*6

Between 50 and 100 % of children from this parental combination will be enneagram’s sixes. However it is in the histamine genes that you will find significant behavioural flavour in this group.”8-ish” enneagram “sixes” are likely. Precise enneagram “sixes” are likely. And a usual thinking enneagram “6” without the power genes relating to the enneagram “ones” or enneagram “eights” are likely as well.

With the possible increased incidence of fast histamine genes or fast noradrenaline genes in the phenotypic enneagram”4”, as well as the possible increased incidence of fast serotonin genes, there would be either an increased incidence of enneagram sixes in general. (But possibly of some unusual genotypes).

Erasmus: 4*7

A half of these children are likely to be enneagram “sevens”. A half of the children will be typical enneagram “4”.Due to the genotype complexity of "fours" some of the children would be unusual enneagram for variety which could be described as either a precise enneagram “7” or a fast enneagram “4”. Enneagram nines are not possible.

Erasmus: 4*8

From this mating, approximately up to one quarter of the children will be enneagram ones. Up to One half of the children will be enneagram” 4”s. One quarter of the children will be enneagram eights. And one quarter of the children will be an unusual enneagram variety best described as a bulldozer enneagram "four" or a fast enneagram “8”. These kids would all fall within the enneagram "four" category officially.

With the possible increased incidence of fast histamine genes or fast noradrenaline genes in the phenotypic enneagram” 4”, there would be either an increased incidence of enneagram “eights” and of gin are typically unusual enneagram “fours”.

Erasmus: 4*9

Again a complex results due to the complex gene mix of the typical enneagram “4”. One quarter of the children will be typical enneagram “fours”. One quarter of the children will be typical enneagram “ones”. One quarter of the children will be typical enneagram” fives”. And one quarter of the children will be typical enneagram nines.

With the possible increased incidence of fast histamine genes or fast noradrenaline genes in the phenotypic enneagram “4”, there would be either an increased incidence of enneagram “fours” especially atypical enneagram “fours” .

Enneagram Fours are often described as Romantics.

Erasmus :

Goo :

Commandant :

Beethoven and Frobisher:

Dr AXxxxx :

Kinkajou :

Dr Xxxxx: