name the cell which is attached to the lateral side of sieve tube
sieve tube elements
title: Sieve tube element text: speed up the growth process, which can affect plant growth and development. Overtime, rapid growth has the potential of leading to a greater agricultural output. Sieve tube element Sieve elements are specialized cells that are important for the function of phloem, which is highly organized tissue that transports organic compounds made during photosynthesis. Sieve elements are the major conducting cells in phloem. Conducting cells aid in transport of molecules especially for long-distance signaling. In plant anatomy, there are two main types of sieve elements which are sieve cells and sieve tube members. Sieve cells are specialized cells in the phloem title: Sieve tube element text: Sieve tube element Sieve elements are specialized cells that are important for the function of phloem, which is highly organized tissue that transports organic compounds made during photosynthesis. Sieve elements are the major conducting cells in phloem. Conducting cells aid in transport of molecules especially for long-distance signaling. In plant anatomy, there are two main types of sieve elements which are sieve cells and sieve tube members. Sieve cells are specialized cells in the phloem tissue of flowering plants. Companion cells and Sieve cells originate from meristems, which are tissues that actively divide throughout a plant's lifetime. They are similar title: Sieve tube element text: tubes. The major difference between sieve cells and sieve tube members is the lack of sieve plates in sieve cells. They have a very narrow diameter and tend to be longer in length than sieve tube elements as they are generally associated with albuminous cells. Similar to how Sieve Tube members are associated with companion cells, sieve cells are flanked with albuminous cells in order to aid in transporting organic material. Albuminous cells have long, unspecialized areas with ends that overlap with those of other sieve cells and contain nutrients and store food in order to nourish tissues. They enable title: Sieve tube element text: with companion cells, which are cells that combine with sieve tubes to create the sieve element-companion cell complex. This allows for supply and maintenance of the plant cells and for signaling between distant organs within the plant. Sieve tubes members do not have ribosomes or a nucleus and thus need companion cells to help them function as transport molecules. Companion cells provide Sieve tube members with proteins necessary for signaling and ATP in order to help them transfer molecules between different parts of the plant. It is the companion cells that helps transport carbohydrates from outside the cells into the title: Sieve tube element text: to the development of xylem, a water conducting cells in plants whose main function is also transportation in the plant vascular system. Sieve elements' major function includes transporting sugars over long distance through plants by acting as a channel. Sieve elements elongate cells containing sieve areas on their walls. Pores on sieve areas allow for cytoplasmic connections to neighboring cells, which allows for the movement of photosynthetic material and other organic molecules necessary for tissue function. Structurally, they are elongated and parallel to the organ or tissue that they are located in. Sieve elements typically lack a nucleus and contain