Aloe vera L. is an important pharmaceutical plant from which several medicinal and cosmetic compounds are extracted. Due to the overhead costs involved most developing countries are limited in maximizing tissue culture technology. In view of this, the aim of this research was to evaluate alternative cheap sources of carbon and energy without compromising the yield and quality in in vitro raised plantlets. Surface sterilized shoot buds cultured on control (MS + 30g sucrose + 8g agar-agar) and low cost medium (MS + 30g table sugar + 100g tapioca pearls) supplemented with 2.0 mg/l, 0.5 mg/l and 0.2 mg/l NAA showed 81.66% and 79.33% establishment respectively. Both control as well as low cost medium was found at par with each other having 81.99...
Aloe vera [Aloe vera (L.) Burm. f.] is considered a valuable medicinal plant worldwide due to its re...
Aloe vera L. is a medicinal plant. Regeneration of A. vera in nature (in vivo) is too slow and insuf...
Micropropagation has enormous potential in the forestry industry for the mass production of elite ge...
Aloe vera is an important medicinal plant species belonging to the family Liliaceae.The gel of Aloe ...
Aloe vera syn barbadensis Mill. is an important medicinal plant and used world wide in drug and cosm...
The study of micro propagation in Aloe vera and the investigation of developed a dependable protocol...
Aloe vera has valuable medicinal properties and is commercially used inpharmaceutical, cosmetic and ...
This study was aimed to develop in vitro micropropagation protocol of Aloe trichosantha Berger using...
Non bitter vegetable type Aloe vera (IC333202) is an elite medicinal plant grown in different parts ...
ABSTRACT Objective: Micropropagation and elicitation studies of Aloe vera Methods: Standardisation ...
Aloe vera L., commonly known as aloe, secures its position as one of the primary medicinal plants wi...
There is considerable use of A. barbadensis in folk medicine in the southernmost United States, and ...
This study aimed at developing a suitable and reproducible protocol for in vitro micropropagation of...
Aloe vera Linn., plant belongs to Liliaceae family, is a plant originated in the warm, dry climates ...
Emerging axillary shoots of Aloe vera (Indian Aloe) produced new plants and roots simultaneously whe...
Aloe vera [Aloe vera (L.) Burm. f.] is considered a valuable medicinal plant worldwide due to its re...
Aloe vera L. is a medicinal plant. Regeneration of A. vera in nature (in vivo) is too slow and insuf...
Micropropagation has enormous potential in the forestry industry for the mass production of elite ge...
Aloe vera is an important medicinal plant species belonging to the family Liliaceae.The gel of Aloe ...
Aloe vera syn barbadensis Mill. is an important medicinal plant and used world wide in drug and cosm...
The study of micro propagation in Aloe vera and the investigation of developed a dependable protocol...
Aloe vera has valuable medicinal properties and is commercially used inpharmaceutical, cosmetic and ...
This study was aimed to develop in vitro micropropagation protocol of Aloe trichosantha Berger using...
Non bitter vegetable type Aloe vera (IC333202) is an elite medicinal plant grown in different parts ...
ABSTRACT Objective: Micropropagation and elicitation studies of Aloe vera Methods: Standardisation ...
Aloe vera L., commonly known as aloe, secures its position as one of the primary medicinal plants wi...
There is considerable use of A. barbadensis in folk medicine in the southernmost United States, and ...
This study aimed at developing a suitable and reproducible protocol for in vitro micropropagation of...
Aloe vera Linn., plant belongs to Liliaceae family, is a plant originated in the warm, dry climates ...
Emerging axillary shoots of Aloe vera (Indian Aloe) produced new plants and roots simultaneously whe...
Aloe vera [Aloe vera (L.) Burm. f.] is considered a valuable medicinal plant worldwide due to its re...
Aloe vera L. is a medicinal plant. Regeneration of A. vera in nature (in vivo) is too slow and insuf...
Micropropagation has enormous potential in the forestry industry for the mass production of elite ge...