#ATLAS 1404 MANUAL SERIES#

These initiatives include the Human Cell Atlas and allied projects such as the Mouse Cell Atlas/Tabula Muris and the Malaria Cell Atlas among others. Here, we review available and upcoming atlasing technologies, the biological insights gained to date and the promise of this field for the future.Ĭell atlasing initiatives have expanded rapidly in recent years with the goal of identifying at the molecular level, and therefore aiming to better understand, cell types in different organisms and model systems. This is made possible by a recent technology revolution: both in single-cell molecular profiling, particularly single-cell RNA sequencing, and in spatially resolved methods for assessing gene and protein expression. Atlasing initiatives like the Human Cell Atlas aim to identify all cell types at the molecular level, including their physical locations, and to make this reference data openly available to the scientific community. A greater understanding of our cells could revolutionise basic biology and medicine. While our understanding of cell location, morphology and function has expanded greatly our understanding of cell types and states at the molecular level, and how these function within tissue architecture, is still limited. Since Robert Hooke first described the existence of ‘cells’ in 1665, scientists have sought to identify and further characterise these fundamental units of life. Access content during the Covid-19 pandemic.the presence of a variety of interchangeable attachments to perform any work.Representatives of this technique are Atlas 250 MN, 520 MN, 350 MNE. This class of equipment includes mobile wheeled and tracked vehicles that work with scrap metal, wood, bulky cargo, in ports for the technique is optimized for digging trenches.Īnother model range of the company's equipment is processors.precise control system with sensitive hydraulic system.optimal location of the center of gravity and ideal weight distribution.excellent stability with maximum performance.

Representatives of the model range -160 MN, 400 MN, 250 MN. These mechanisms differ in durability, mobility, can be effectively used practically Mobile excavators are versatile machines for road construction and underground engineering.

#ATLAS 1404 MANUAL SERIES#

Series of strikes by workers, the management of the enterprise abandoned these intentions. A few years ago, management wanted to close the Delmenhorst plant and move production elsewhere. In 2002, Atlas bought out the entire Kaelble plant from the Bulgarian industrial group BIG and began to produce L420, L450 loaders and the W804 excavator.Ĭomponents are manufactured at the Kaelbl plant in Gerabronn.

In 2001, Atlas is acquired by Terex, a large construction and mining equipment concern, which is the third largest in the world.

In 2000, a controlling stake was in the hands of Terex Corporation, which sold them in 2010 and today all products are manufactured under two trademarks - Atlas and Kaelble. In 1950, the company released the first fully hydraulic excavator, the appearance of which completely changes the industry of construction and special equipment.Īnd already in 1982, the company launched the production of special equipment, new by that standards (hydraulic loading machines, hydraulic loaders).ġ986 became a landmark year, as the Atlas trademark, under which the products were manufactured, changed the name of the company to Atlas Weyhausen GmbH. And in 1921, the production of agricultural machinery Atlas (full name Atlas Maschinen GmbH) was founded by Heinrich Weyhausen in Germany in 1919 and registered as a trademark.

Atlas 1404 manual