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  • Size-dependent collection of nectar found in Bumblebees!

Lentiviral and RNA Cas9 combine to provide effective gene editing

Replicating self-cleaning, anti-reflective nanocoating of insects’ eyes

Size-dependent collection of nectar found in Bumblebees!
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Size-dependent collection of nectar found in Bumblebees!

bioxone January 5, 2021January 4, 2021

Sristi Raj Rai, Amity University Kolkata 

In the same way, as humans draw and store mind/road maps, bumblebees and honeybees also can memorize flight paths to their favorite flower stops. Bumblebees like, their relatives, also feed on nectar & pollen of flowers using their proboscis (long tube-like tongue) and colonize 50 individuals (approx.) in a nest. The worker bumblebees (Bombus terrestris) are found in varied sizes and have a different operating mechanism to fulfill their tasks. This large black fury ball (might have yellow/grey stripes), while flying back home spends most of their time looking backward to learn the location of newly-found or favorite flowers and their neighborhoods. It has already been learned that the honeybees take a longer time to memorize when the reward is high. Frasnelli et al. confirm similar trends in the case of bumblebees. Additionally, they say that the memorizing capacity for a flower offering a high prize is directly proportional to the bee’s size.

The group reported that the larger bees invest more time facing towards the flower, memorizing the location of artificial flowers with a high concentration of sucrose even if they are distant. Moreover, big bees can transport larger amounts along with them. Whereas the smaller bees do not care to invest time and effort to memorize quality-based flower locations. Due to their lower transport capabilities, they do not discriminate and visit all flowers close to the nest. Thus, because of such a different size-based collection of nectar, a colony will be able to house both high quality as well as quantity of product stored at the end.

Also read: Lentiviral and RNA Cas9 combine to provide effective gene editing

Source: Frasnelli, E., Robert, T., Chow, P., Scales, B., Gibson, S., Manning, N., Philippides, A., Collett, T. and Hempel de Ibarra, N., 2020. Small and Large Bumblebees Invest Differently when Learning about Flowers. Current Biology. DOI: http://10.1016/j.cub.2020.11.062

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Tagged animal science Bumblebees Evolution Flight paths Flowers Honeybees Memorizing Plant Science

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Replicating self-cleaning, anti-reflective nanocoating of insects’ eyes

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Rohit Bhattacharjee, Amity University, Kolkata Researchers from Russia and Switzerland have examined nanostructures covering the corneas of the eyes of small fruit flies. The group figured out how to deliver the safe biodegradable nanocoating with antimicrobial, against intelligent and self-cleaning properties in a financially savvy and eco-accommodating way. They collaborated for an interdisciplinary examination project […]

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