Bacterial Antibiotic Resistance Investigation - BARID database - v. β Aug 2019.
© University of Saida - Dr Tahar Moulay



Project realized by:Soumeya Kheris (in her project of MSc in Biology, 2018-2019)

Proposed & supervised by: Dr. Abdelkrim Rachedi, e-mail: rachedi@bioinformaticstools.org
Co-supervised by: Dr. Mokhtar Benreguige, e-mail: mokhtar_benreguieg@yahoo.com

Reference: Soumeya KHERIS, Mokhtar BENREGUIEG and Abdelkrim RACHEDI* Bacterial Antibiotic Resistance Investigation Database - BARID. International Bioinformatics Day, JIBioinfo2019, 05 Nov. 2019
Download: Conference book

Bacterial Antibiotic Resistance Investigation Database
- Lab Investigation & Data Integration -
BARID Database
Cherimoya Extracts

HME   |  

ME   |  

HEC   |  

HEI    

Cherimoya
Cherimoya images
Cutting
Cutting
Flower
Flower
Fruit
Fruit
Fruit
Fruit
Graft
Graft
Natural stand
Natural stand
Pest damage
Pest damage
Pest damage
Pest damage
Scientific NameAnnona cherimola Mill
Common NameCherimoya
Description"Cherimoyas are erect trees, 3-10 m tall, often low-branched and somewhat shrubby or spreading. The briefly deciduous to semi-deciduous (just before spring flowering) leaves are ovate to ovate-lanceolate, sometimes obovate or elliptical, 12-20 cm x 8 cm, persistently brownish velvety-tomentose beneath. They are alternate, 2-ranked, with minutely hairy petioles, slightly hairy on the upper surface, velvety on the underside. Flowers are fragrant, extra-axillary, often opposite a leaf at the base of a branchlet, usually solitary but sometimes two or three grouped together on short nodding tomentose peduncles, outer three tepals oblong-linear, up to 3 cm long, greenish to pale yellow, marked with a purple spot at the base within, inner three tepals very small, reddish to purplish, androecium consisting of numerous free fleshy stamens, spirally arranged on the basal part of a conical receptacle, gynoecium comprising numerous free pistils on the upper part of the receptacle. Fruit is a syncarp or pseudocarp formed by the fusion of the carpels and the receptacle into a fleshy mass, variable in shape and appearance, from heart-shaped with surface bearing protuberances to spheroid or ovoid with the surface covered with 'U'-shaped areoles or rather smooth, 10-20 cm long and up to 10 cm in width, weighing on average 150-500 g, but extra large specimens of 2.7 kg or more have been reported, pulp white, edible, easily separable from the seeds. The skin may be smooth with fingerprint-like markings or covered with conical or rounded protuberances. The fruit is easily broken or cut open, exposing the snow-white, juicy flesh of pleasing aroma and delicious, subacid flavour. It contains numerous hard, brown or black, bean-like, glossy seeds, 1.25-2 cm long. The fruit is composed of an exocarp (fruit skin), occupying between 15 and 25% on a weight basis, an edible mesocarp (pulp and thalamus), varying between 65 and 80%, and seeds, ranging from 3 to 10%. Seeds usually obovate, obliquely truncate, somewhat compressed, with a thin, membranous, brown, wrinkled test"
Distribution A. cherimola is considered to have originated in South America (Acevedo-Rodriguez and Strong, 2012) and was perhaps native to Ecuador, but is now widely found in Central and South America and is a common cultivation across both regions (Flora of Nicaragua, 2014). Loja province, and Vilcabamba in particular (south Ecuador), is considered by some authors to be its centre of origin. This area is characterized by temperate, dry inter-Andean valleys. Mesoamerica (Mexico) is considered a second centre of origin. It also now commonly occurs in the West In