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<i>Areca palm velarivirus 1</i> infection caused disassembly of chloroplast and reduction of photosynthesis in areca palm. [PDF]
Front MicrobiolCao X +5 more
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A new species of the genus <i>Puto</i> Signoret (Hemiptera, Coccomorpha, Putoidae) from Tibet in China. [PDF]
ZookeysLi YA, Zheng X, Zong S, Xu H.
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METHODS OF MOLECULAR DISCRIMINATION OF CITRUS MEALYBUG FROM VINE MEALYBUG
Acta Horticulturae, 2011The correct identification of pests is a basic requirement in IPM strategies for crop protection. In the case of Planococcus species the discrimination between similar taxa using morphological features is sometimes difficult because it is based on few microscopic characteristics not easily detectable.
CAVALIERI V +4 more
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Journal of Genetics, 2018
The fascinating chromosomal cycle leading to facultative heterochromatization in the mealybugs has been a challenging system for mechanistic understanding of the phenomenon of genomic imprinting and epigenetics. The elegant cytological dissection of the various processes reported in the literature is equally fascinating for the researchers of current ...
Vani Brahmachari +2 more
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The fascinating chromosomal cycle leading to facultative heterochromatization in the mealybugs has been a challenging system for mechanistic understanding of the phenomenon of genomic imprinting and epigenetics. The elegant cytological dissection of the various processes reported in the literature is equally fascinating for the researchers of current ...
Vani Brahmachari +2 more
openaire +2 more sources
Imprinted Facultative Heterochromatization in Mealybugs
Genetica, 2003In lecanoid Coccids, or mealybugs, the male development is accompanied by the facultative heterochromatization of the entire, paternally derived, haploid chromosome set. This epigenetic phenomenon occurs in all the cells of mid-cleavage male embryos.
Silvia, Bongiorni, Giorgio, Prantera
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Genomic imprinting in the mealybugs
Cytogenetic and Genome Research, 2006The coccid insects (Hemiptera; Sternorrhyncha; Aphidiformes; Coccoidea; Pseudococcidae) are well suited to study not only the mechanisms of genomic imprinting but also facultative heterochromatization, a phenomenon well exemplified by inactivation of the X chromosome in female mammals.
S, Khosla, G, Mendiratta, V, Brahmachari
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2016
Culturing of mealybugs is essential to rear the natural enemies, particularly parasitoids and predators for use in the field. Biological control programmes of mealybug species have relied on sprouting potatoes, pumpkins and butternut for rearing of both mealybugs and their natural enemies.
M. Mani, C. Shivaraju
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Culturing of mealybugs is essential to rear the natural enemies, particularly parasitoids and predators for use in the field. Biological control programmes of mealybug species have relied on sprouting potatoes, pumpkins and butternut for rearing of both mealybugs and their natural enemies.
M. Mani, C. Shivaraju
openaire +1 more source
2015
Mealybug wilt disease (MWD) is a serious field disease of pineapples worldwide that was first described in Hawaii in 1910. MWD is thought to be caused by a complex involving viruses, mealybugs and ants. The viruses are transmitted by mealybugs, which in turn are tended by ants. Although a number of distinct viruses have been associated with the disease,
Gambley, Cherie, Thomas, John E.
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Mealybug wilt disease (MWD) is a serious field disease of pineapples worldwide that was first described in Hawaii in 1910. MWD is thought to be caused by a complex involving viruses, mealybugs and ants. The viruses are transmitted by mealybugs, which in turn are tended by ants. Although a number of distinct viruses have been associated with the disease,
Gambley, Cherie, Thomas, John E.
openaire +1 more source