Abstract: Methods and systems for detecting anomaly in at least one body part among a pair of symmetrical body parts (such as breasts) are described. A device can receive first parameters corresponding to signals scattered from a first body part among a pair of symmetrical body parts, and can receive second parameters corresponding to signals scattered from a second body part among the pair of symmetrical body parts. The device can perform a first comparison between the first parameters and the second parameters. The device can perform a second comparison between the first parameters and first historical data, and a third comparison between the second parameters and second historical data. The device can, based on at least one of the first, second, and third comparisons, determine a likelihood of a presence of an anomaly, such as malignant tissue, in at least one of the first and second body parts.

Abstract: The present invention relates to a system for promoting the growth of plants under less than optimal climatic and lighting conditions, the system comprising a device which contributes to the formation of an enclosed space over the plants, and at least one source of light. A special characteristic of the invention is that the device which contributes to the formation of an enclosed space over the plants consists of a flexible tarp (1) which comprises integrated lighting sources (6), the flexible tarp (1) being kept up at an optional height over the plants by means of excess pressure built up under the tarp (1) by means of an excess pressure system (5).

Abstract: The present invention relates to a system for promoting the growth of plants under less than optimal climatic and lighting conditions, the system comprising a device which contributes to the formation of an enclosed space over the plants, and at least one source of light. A special characteristic of the invention is that the device which contributes to the formation of an enclosed space over the plants consists of a flexible tarp (1) which comprises integrated lighting sources (6), the flexible tarp (1) being kept up at an optional height over the plants by means of excess pressure built up under the tarp (1) by means of an excess pressure system (5).