Add to ORKGGenera of amaranth family tend to have phenotypic variation partly caused by environmental factor. Phenotypic variation was the result of interaction between genetic and environmental factors. One of molecular markers that is widely used for detecting genetic variation is RAPD. RAPD is used for polymorphism detections and is now possible for identifiying a large number of loci and ascribes unambiguous taxonomic and genetic relationships among different taxa. Members of amaranth famil
The present study is the first report of phylogenetic relationships between some economically import...
Efficient utilization of plant genetic resources for nutrition and crop improvement requires systema...
The genotyping by sequencing (GBS) method has become a molecular marker technology of choice for man...
Genera of amaranth family tend to have phenotypic variation partly caused by environmental factor. P...
Genetic similarities, which can be detected with phenotypic and molecular markers, are important for...
Genetic diversity and relationships among 6 Amaranthus species from 8 phytogeographic regions of the...
Random amplified polymorphic DNA (RAPD) analysis was performed to study the genetic diversity in thr...
Genetic diversity and relationships of 23 cultivated and wild Amaranthus species were examined using...
Amaranths belonging to family Amaranthaceae and genus Amaranthus is a C4 dicotyledonous herbaceous p...
Amaranth, is an annual plant used as leafy vegetables, grains and ornamentals. It is a plant with a ...
Abstract. Amaranths are an important group of plants and include grain, vegetable and ornamental typ...
Two populations of Amaranthus retroflexus with different morphology were collected from field of the...
an important wild tree served as a vegetable for local Thai people. Natural populations of this spec...
We examined genetic diversity and relationships among 24 cultivated and wild Amaranthus accessions u...
Amaranths are an important group of plants and include grain, vegetable and ornamental types. Despit...
The present study is the first report of phylogenetic relationships between some economically import...
Efficient utilization of plant genetic resources for nutrition and crop improvement requires systema...
The genotyping by sequencing (GBS) method has become a molecular marker technology of choice for man...
Genera of amaranth family tend to have phenotypic variation partly caused by environmental factor. P...
Genetic similarities, which can be detected with phenotypic and molecular markers, are important for...
Genetic diversity and relationships among 6 Amaranthus species from 8 phytogeographic regions of the...
Random amplified polymorphic DNA (RAPD) analysis was performed to study the genetic diversity in thr...
Genetic diversity and relationships of 23 cultivated and wild Amaranthus species were examined using...
Amaranths belonging to family Amaranthaceae and genus Amaranthus is a C4 dicotyledonous herbaceous p...
Amaranth, is an annual plant used as leafy vegetables, grains and ornamentals. It is a plant with a ...
Abstract. Amaranths are an important group of plants and include grain, vegetable and ornamental typ...
Two populations of Amaranthus retroflexus with different morphology were collected from field of the...
an important wild tree served as a vegetable for local Thai people. Natural populations of this spec...
We examined genetic diversity and relationships among 24 cultivated and wild Amaranthus accessions u...
Amaranths are an important group of plants and include grain, vegetable and ornamental types. Despit...
The present study is the first report of phylogenetic relationships between some economically import...
Efficient utilization of plant genetic resources for nutrition and crop improvement requires systema...
The genotyping by sequencing (GBS) method has become a molecular marker technology of choice for man...