Onion growth monitoring system using internet of things and cloud

Many real-time apps acknowledge the different advancements made in many sectors through the usage of new technologies. Using Wireless Sensor Networks and Think speak Cloud; this research paper proposes a remote internet of things (IoT) based onion growth monitoring approach. With the use of the internet of things and wireless sensor networks, the suggested study work improves the traditional approach to onion growing in rural areas. This study proposes the creation and deployment of a thermal-based Internet of Things system within onion farms, with the goal of managing devices such as fans and heaters according to the ideal range of onion production and good onion growth

IoT and image processing Techniques-Based Smart Sericulture Nature System

Silkworms are reared for the production of raw silk in sericulture. Sericulture’s main tasks include growing food plants to feed silkworms, spinning silk cocoons, and reeling the cocoons to unwind the silk thread for value-added services such processing and weaving. The Smart Sericulture paper provides a clear picture of technical innovation in underperforming agricultural branches such as sericulture, as well as an explanation of the system and strategies that can be used to improve sericulture quality and production. The intricate procedure of monitoring environmental indicators such as humidity, temperature, and rain, as well as the health of the silkworm, will be presented in this brief communication

Vaginal distribution and retention of tablets comprising starch-based multiparticulates: evaluation by colposcopy

We have developed fast-disintegrating tablets comprising starch-based pellets and excipient granules for intravaginal drug delivery. The purpose of this study was to evaluate the intravaginal disintegration, distribution and retention behavior of these tablets in sheep and women using colposcopy as visualization technique. One tablet was administered to each study subject (n = 6) and repeated colposcopy examination was performed over a 48 h and 24 h period in sheep and women, respectively. Colposcopy in sheep indicated that in vivo tablet disintegration was initiated within 30 min of vaginal administration and that due to disintegration of the pellets themselves, the formulation was transformed into a gel-like mass which distributed throughout the entire vaginal cavity within 2-4 h. In vivo tablet disintegration after intravaginal administration to women was complete within 4 h, whereby the formulation gradually spread throughout the vaginal cavity as complete covering was observed after 12 and 24 h. The persistent retention (up to 24 and 48 h in women and sheep, respectively) confirmed the long retention time of this vaginal formulation