IDvolution - God “breathed” the super language of DNA into the “kinds” in the creative act.
This accounts
for the diversity of life we see. The core makeup shared by all living
things have the necessary complex information built in that facilitates
rapid and responsive adaptation of features and variation while being
able to preserve the “kind” that they began as. Life has been created
with the creativity built in ready to respond to triggering events.
Phys.org August 18, 2015 published the following.
Is nature mostly a tinkerer or an inventor?
The Krüppel-like factor and specificity protein (KLF/SP) genes are found across many species, ranging from single cell organisms to humans. This gene family has been conserved during evolution, because it plays a vital role in regulating the expression of other genes.
"Our study paints a picture of nature innovating largely through sharing the functional bits of genes—tinkering
with molecular genetic material that already exists," said William E.
Browne, assistant professor of Biology at UM's College of Arts &
Sciences and principal investigator of the study.
Read more at: http://phys.org/news/2015-08-nature-tinkerer-inventor.html#jCp
"Our study paints a picture of nature innovating largely through sharing the functional bits of genes—tinkering with molecular genetic material that already exists," said William E. Browne, assistant professor of Biology at UM's College of Arts & Sciences and principal investigator of the study.Read more at: http://phys.org/news/2015-08-nature-tinkerer-inventor.html#jCp
"This is interesting because it supports the idea that the appearance of new types of cells in a lineage of organisms as they evolve may be, more commonly, a consequence of turning off genes in unique temporal and spatial combinations," Browne said. "Large numbers of unique cell types are required to support the development of complex tissues and organs."
A prior finding
Front Loading? Genetic Entropy? Complexity to simplicity?
Phys.org)—The view that animals have become more complex over time
could be a thing of the past, according to the latest research.
The new evidence, from scientists at the University of St Andrews, suggests that some modern day animals may have evolved instead by becoming less complex.
The new evidence, from scientists at the University of St Andrews, suggests that some modern day animals may have evolved instead by becoming less complex.
-and-
Our Fragile Intellect
"Taken together, the large number of genes required for intellectual and emotional function, and the unique susceptibility of these genes to loss of heterozygosity, lead me to conclude that we, as a species, are surprisingly intellectually fragile and perhaps reached a peak 2000–6000 years ago. But if we are losing our intellectual abilities, how did we acquire them in the first place? This will be the topic of
the next section [15]. "
the next section [15]. "
You do the math.........
"Our study paints a picture of nature innovating largely through sharing the functional bits of genes—tinkering
with molecular genetic material that already exists," said William E.
Browne, assistant professor of Biology at UM's College of Arts &
Sciences and principal investigator of the study.
Read more at: http://phys.org/news/2015-08-nature-tinkerer-inventor.html#jCp
Read more at: http://phys.org/news/2015-08-nature-tinkerer-inventor.html#jCp
"This is interesting
because it supports the idea that the appearance of new types of cells
in a lineage of organisms as they evolve may be, more commonly, a
consequence of turning off genes in unique temporal and spatial
combinations," Browne said. "Large numbers of unique cell types are
required to support the development of complex tissues and organs."
Read more at: http://phys.org/news/2015-08-nature-tinkerer-inventor.html#jCp
Read more at: http://phys.org/news/2015-08-nature-tinkerer-inventor.html#jCp
"This is interesting
because it supports the idea that the appearance of new types of cells
in a lineage of organisms as they evolve may be, more commonly, a
consequence of turning off genes in unique temporal and spatial
combinations," Browne said. "Large numbers of unique cell types are
required to support the development of complex tissues and organs."
Read more at: http://phys.org/news/2015-08-nature-tinkerer-inventor.html#jCp
Read more at: http://phys.org/news/2015-08-nature-tinkerer-inventor.html#jCp
