Forwarded from HEALTH REVOLUTION 55
πππππππ πππππππ ππ πππ ππππ πππππππ:
If you have been suffering with debilitating symptoms and wish to get to the root of the problem, reach out! I can tell you exactly what dis-ease you have and the cause of it!
I AM qualified to help you!
55
If you have been suffering with debilitating symptoms and wish to get to the root of the problem, reach out! I can tell you exactly what dis-ease you have and the cause of it!
I AM qualified to help you!
55
Where is your presence in the world?
Where can we find you?
How can we hear your story?
55
Where can we find you?
How can we hear your story?
55
Some humans just donβt want to listen until itβs too late! They cannot say I never warned them!
55
55
Forwarded from HEALTH REVOLUTION 55
Humankind evolved from a bag-like sea creature that had a large mouth, apparently had no anus and moved by wriggling, scientists have said.
The microscopic species is the earliest known prehistoric ancestor of humanity and lived 540 million years ago, a study published in the journal Nature said.
The creature is named Saccorhytus, after the sack-like features created by its elliptical body and large mouth, and its existence was identified from microfossils found in China.
Researchers believe it was about a millimetre in size, lived between grains of sand on the sea bed and had a large mouth relative to the rest of its body.
It is thought the creature was covered with a thin, relatively flexible skin, had some sort of muscle system which could have made contractile movements, and researchers believe it got around by wriggling.
The study found the creature probably ate by engulfing food particles, or even other creatures, but scientists were unable to find any evidence the animal had an anus.
Simon Conway Morris, of the University of Cambridge, said: βIf that was the case, then any waste material would simply have been taken out back through the mouth, which from our perspective sounds rather unappealing.β
The creature is thought to be the most primitive example of a so-called βdeuterostomeβ β a broad biological category that encompasses a number of sub-groups, including the vertebrates.
If the conclusions of the study are correct, then Saccorhytus was the common ancestor of a huge range of species, and the earliest step yet discovered on the evolutionary path that eventually led to humans, hundreds of millions of years later.
βWe think that as an early deuterostome this may represent the primitive beginnings of a very diverse range of species, including ourselves,β added Mr Conway Morris.
βTo the naked eye, the fossils we studied look like tiny black grains, but under the microscope the level of detail is jaw-dropping.
βAll deuterostomes had a common ancestor, and we think that is what we are looking at here.β
The study was carried out by an international team of academics, including researchers from the Cambridge University in the UK and Northwest University in Xi'an China.
Degan Shu, from Northwest University, added: βOur team has notched up some important discoveries in the past, including the earliest fish and a remarkable variety of other early deuterostomes.
βSaccorhytus now gives us remarkable insights into the very first stages of the evolution of a group that led to the fish, and ultimately, to us.β
The Saccorhytus microfossils were found in Shaanxi Province, in central China, and pre-date all other known deuterostomes. Most other early deuterostome groups are from about 510 to 520 million years ago, when they had already begun to diversify into vertebrates, sea squirts, echinoderms β animals such as starfish and sea urchins β and hemichordates β a group including things like acorn worms.
The creature had small conical structures on its body which may have been the evolutionary precursor of the gills we now see in fish.
55
The microscopic species is the earliest known prehistoric ancestor of humanity and lived 540 million years ago, a study published in the journal Nature said.
The creature is named Saccorhytus, after the sack-like features created by its elliptical body and large mouth, and its existence was identified from microfossils found in China.
Researchers believe it was about a millimetre in size, lived between grains of sand on the sea bed and had a large mouth relative to the rest of its body.
It is thought the creature was covered with a thin, relatively flexible skin, had some sort of muscle system which could have made contractile movements, and researchers believe it got around by wriggling.
The study found the creature probably ate by engulfing food particles, or even other creatures, but scientists were unable to find any evidence the animal had an anus.
Simon Conway Morris, of the University of Cambridge, said: βIf that was the case, then any waste material would simply have been taken out back through the mouth, which from our perspective sounds rather unappealing.β
The creature is thought to be the most primitive example of a so-called βdeuterostomeβ β a broad biological category that encompasses a number of sub-groups, including the vertebrates.
If the conclusions of the study are correct, then Saccorhytus was the common ancestor of a huge range of species, and the earliest step yet discovered on the evolutionary path that eventually led to humans, hundreds of millions of years later.
βWe think that as an early deuterostome this may represent the primitive beginnings of a very diverse range of species, including ourselves,β added Mr Conway Morris.
βTo the naked eye, the fossils we studied look like tiny black grains, but under the microscope the level of detail is jaw-dropping.
βAll deuterostomes had a common ancestor, and we think that is what we are looking at here.β
The study was carried out by an international team of academics, including researchers from the Cambridge University in the UK and Northwest University in Xi'an China.
Degan Shu, from Northwest University, added: βOur team has notched up some important discoveries in the past, including the earliest fish and a remarkable variety of other early deuterostomes.
βSaccorhytus now gives us remarkable insights into the very first stages of the evolution of a group that led to the fish, and ultimately, to us.β
The Saccorhytus microfossils were found in Shaanxi Province, in central China, and pre-date all other known deuterostomes. Most other early deuterostome groups are from about 510 to 520 million years ago, when they had already begun to diversify into vertebrates, sea squirts, echinoderms β animals such as starfish and sea urchins β and hemichordates β a group including things like acorn worms.
The creature had small conical structures on its body which may have been the evolutionary precursor of the gills we now see in fish.
55
Forwarded from HEALTH REVOLUTION 55
Have you never questioned why SPERMS look very similar to TADPOLES! Humans were once invertebrates and evolved in the sea (womb) into vertebrates. There is also a reason why humans are 75% water!
55
55
WE ARE ON THIS PLANET TO KNOW THYSELF AND WE DO THAT BY REMEMBERING WHO WE ARE!
SEEK AND YOU SHALL FIND!
THE INFORMATION AGE IS ON OUR SIDE AND AT OUR FINGER TIPS!
DISTRACTION WILL KEEP YOU BLIND!
55
SEEK AND YOU SHALL FIND!
THE INFORMATION AGE IS ON OUR SIDE AND AT OUR FINGER TIPS!
DISTRACTION WILL KEEP YOU BLIND!
55