Examples of using Complex multicellular in English and their translations into Indonesian
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Ecclesiastic
Fungi can be single celled or very complex multicellular organisms.
All are complex multicellular eukaryotes with specialized reproductive organs.
The Ediacaran Biota represented the first large, complex, multicellular organism.
These were complex multicellular organisms that require oxygen for their growth.
Modern studies arehelping us understand the evolutionary relationship between protozoa and complex multicellular organisms.
In more complex multicellular organisms, the degree of specialization is carried much further.
All cells, from simple prokaryotic bacteria to complex multicellular organisms are surrounded by a membrane.
Trace fossils of these organisms have been found worldwide,and represent the earliest known complex multicellular organisms.
From single-celled organisms to very complex multicellular organisms, cell serves as the functional and structural unit.
The structure of algae can vary from simple unicellular(for example,Micromonas) to complex multicellular(for example, Kelps) forms.
Cancer is an inevitability the moment you create complex multicellular organisms and give the individual cells the license to proliferate," said Dr. Weinberg of the Whitehead Institute.
Development encompasses the programme of events that begins with fertilization and culminates in complex multicellular organisms like ourselves.
According to the classical theory of Darwin the emergence of the first complex multicellular forms of life must have been preceded by a long period of slow progressive change, which culminated in the"Cambrian explosion" 500 million years ago.
They are found in every cell ofall living beings, from simple single cellular organisms to highly complex multicellular organisms, including human beings.
In other words, the emergence of complex multicellular organisms, the basis of all life as we know it today, did not arise out of a slow, gradual“evolutionary” accumulation of adaptive changes, but in a sudden, qualitative leap.
Unicellular organisms are usually smaller(often always microscopic in nature)and less complex compared to their more visible and complex multicellular counterparts.
Life remained mostly small and microscopic until about 580 million years ago,when complex multicellular life arose, developed over time, and culminated in the Cambrian Explosion about 541 million years ago.
It is estimated that vertebrates appeared at the beginning of the Cambrian period, about 530 million years ago, specifically during a period called“Cambrian explosion”,characterized by the sudden appearance of complex multicellular organisms.
They are unlikely to be bacteria or single-celled life,as previously thought, because their complex multicellular nature doesn't match that of those forms of life from 600 million years ago.
He added:“Moreover, about 6.5 percent of the total Martian surface area could support far higher dissolved oxygen concentrations,enabling aerobic oases sufficient to sustain the respiration demands of more complex multicellular organisms such as sponges.”.
Life remained small and microscopic until about 580 million years ago,when complex multicellular life arose, developed over time, culminated in the Cambrian Explosion about 541 million years ago.
The authors say that their analysis probably underestimates the true extent of HGT in animals andthat direct HGT between complex multicellular organisms is also plausible, and already known in some host-parasite relationships.
The work supports theRare Earth hypothesis which postulates that the emergence of complex multicellular life(metazoa) on Earth required an improbable combination of astrophysical and geological events and circumstances.
Researchers funded by the Biotechnology and Biological Sciences Research Council(BBSRC) at the University of Oxford have uncovered a clue that mayhelp to explain why the earliest evidence of complex multicellular animal life appears around 550 million years ago, when atmospheric oxygen levels on the planet rose sharply from 3% to their modern day level of 21%.
Life remained small and microscopic until about 580 million years ago,when complex multicellular life arose, developed over time, culminated in the Cambrian Explosion about 541 million years ago.
Life remained mostly small and microscopic until about 580 million years ago or0.58 Ga ago, when complex multicellular life arose, developed over time, and culminated in the Cambrian Explosion about 541 million years ago.
In planetary astronomy and astrobiology,the"Rare Earth Hypothesis" argues that the emergence of complex multicellular life on Earth required an improbable combination of astrophysical and geological events and circumstances.
