Date: 2017
Dimensions: 24” x 24”
This suite of paintings was a collaborative project with Josh Stable which merges genetics, molecular biology, abstract painting, minimalism and elements of chance. Through color field paintings, we interpret the independent assortment and segregation of alleles in a population of maize seedlings. We used standard laboratory techniques (DNA isolation, Polymerase Chain Reaction [PCR] and gel electrophoresis), in a process known colloquially as genotyping, to resolve the genetic makeup of each plant for a single gene in an F2 population. Each painting decodes the pattern of amplified segments of DNA (known as amplicons), and thus reveals the genetic diversity of a population at a single gene locus.
Exhibited at Gimme Coffee, Ithaca, NY
Date: 2017
Dimensions: 36” x 48”
This suite of paintings was a collaborative project with Josh Stable which merges genetics, molecular biology, abstract painting, minimalism and elements of chance. Through color field paintings, we interpret the independent assortment and segregation of alleles in a population of maize seedlings. We used standard laboratory techniques (DNA isolation, Polymerase Chain Reaction [PCR] and gel electrophoresis), in a process known colloquially as genotyping, to resolve the genetic makeup of each plant for a single gene in an F2 population. Each painting decodes the pattern of amplified segments of DNA (known as amplicons), and thus reveals the genetic diversity of a population at a single gene locus.
Exhibited at Gimme Coffee, Ithaca, NY
Date: 2017
Dimensions: 24” x 24”
This suite of paintings was a collaborative project with Josh Stable which merges genetics, molecular biology, abstract painting, minimalism and elements of chance. Through color field paintings, we interpret the independent assortment and segregation of alleles in a population of maize seedlings. We used standard laboratory techniques (DNA isolation, Polymerase Chain Reaction [PCR] and gel electrophoresis), in a process known colloquially as genotyping, to resolve the genetic makeup of each plant for a single gene in an F2 population. Each painting decodes the pattern of amplified segments of DNA (known as amplicons), and thus reveals the genetic diversity of a population at a single gene locus.
Exhibited at Gimme Coffee, Ithaca, NY
Date: 2017
Dimensions: 24” x 24”
This suite of paintings was a collaborative project with Josh Stable which merges genetics, molecular biology, abstract painting, minimalism and elements of chance. Through color field paintings, we interpret the independent assortment and segregation of alleles in a population of maize seedlings. We used standard laboratory techniques (DNA isolation, Polymerase Chain Reaction [PCR] and gel electrophoresis), in a process known colloquially as genotyping, to resolve the genetic makeup of each plant for a single gene in an F2 population. Each painting decodes the pattern of amplified segments of DNA (known as amplicons), and thus reveals the genetic diversity of a population at a single gene locus.
Exhibited at Gimme Coffee, Ithaca, NY
Date: 2017
Dimensions: 24” x 24”
This suite of paintings was a collaborative project with Josh Stable which merges genetics, molecular biology, abstract painting, minimalism and elements of chance. Through color field paintings, we interpret the independent assortment and segregation of alleles in a population of maize seedlings. We used standard laboratory techniques (DNA isolation, Polymerase Chain Reaction [PCR] and gel electrophoresis), in a process known colloquially as genotyping, to resolve the genetic makeup of each plant for a single gene in an F2 population. Each painting decodes the pattern of amplified segments of DNA (known as amplicons), and thus reveals the genetic diversity of a population at a single gene locus.
Exhibited at Gimme Coffee, Ithaca, NY
Date: 2017
Dimensions: 4 paintings on cardboard, 9” x 7”
This suite of paintings was a collaborative project with Josh Stable which merges genetics, molecular biology, abstract painting, minimalism and elements of chance. Through color field paintings, we interpret the independent assortment and segregation of alleles in a population of maize seedlings. We used standard laboratory techniques (DNA isolation, Polymerase Chain Reaction [PCR] and gel electrophoresis), in a process known colloquially as genotyping, to resolve the genetic makeup of each plant for a single gene in an F2 population. Each painting decodes the pattern of amplified segments of DNA (known as amplicons), and thus reveals the genetic diversity of a population at a single gene locus.
Exhibited at Gimme Coffee, Ithaca, NY