Sentence examples for described above changes from inspiring English sources

As described above, changes in body weight can be explained by molecular movement driven by energy intake.

As described above, changes in synapse or synaptic vesicles, astrocytes, dendritic sprouting, and angiogenesis have been demonstrated or considered as the causes of these changes in MD.

Could a less scrupulous writer than those described above change history for the worse by exploiting, as opposed to exploring, the complicated relationship between fact and fiction?

However, the differences described above change the process in a few key ways: In biological evolution, new variation is introduced via a process of random mutation that is, mutations occur without regard to what would be useful to the organism.

To further characterize the genomic impact of domestication, we examined whether variations in coding sequences of the nine soybean genes homologous to canonical domestication genes described above changed the amino acid sequences of the expressed proteins (Table  2).

The relatively stable way of life described above changed in response to four events: (1) the increased investment in the region in the 1930s 1970s, (2) the implementation of PETAR during the 1980s 1990s, (3) the process of construction of a Quilombola identity and access to social programs in the 2000s, and (4) the negotiation over land rights with forest authorities from 2010 to 2013.

We further interrogated whether differences in excitatory and inhibitory synapses described above could underlie changes in synaptic strength, such as LTP responses, considered the cellular substrate of memory function [ 53].

Amniotic fluid changes described above are characteristic for the whole group of malformations indicating changes in glycolysis, gluconeogenesis, and kidney underdevelopment.

We then examined whether the in vivo changes described above could be reproduced in vitro using PC12 cells.

At first sight, most of the DNA changes described above might have some deleterious consequences for the cell and for the organism.

All of the pathways described above are reflective of changes in mitochondrial activity, which is thought to be the "backbone" of the response to ischemia and/or hypoxia.