Don't....I'm OK matey!Shakes head...
Paddoboy, I truly and honestly feel sorry for you.
Don't....I'm OK matey!Shakes head...
Paddoboy, I truly and honestly feel sorry for you.
No not Ad Hominem, that's your cop out, and while maybe Ad Nauseam, perhaps it simply needs to be said again and again.Ad Hominem Ad Nauseam...
Again, Paddoboy, I truly and honestly feel sorry for you.
A Seniors moment Alex, don't let it worry you. Remember, we are there, the young turks have yet to get there!!You are lucky I am still here..it's Saturday I thought it was Friday...the curse of a lazy life style.
As is recognised, nothing wrong with an argument from any professional relevant authority, in fact it needs those links as often as possible.OK it's an arguement from authority and yet you have not won in so far as it is your loss missing the wonderful three part presentation by a Professor of Harvard specialising in the subject and actually learn about what you so stupidly dismiss..
Not many people do have any idea of what you say, other then your general whinging and trolling, which may explain why you are unpopular?
In your own words and another example of whinging .....Ad Hominem Ad Nauseam...
Again, Paddoboy, I truly and honestly feel sorry for you.
Seems like that sentiment might also be true on this Forum : If there were no unpopular Members on SciForums, how could all of the little bullies validate their miserable existence?
Since I have never ever been popular in any sense of the word...and considering my standing on this seemingly puerile Pop-Science Forum...well...just possibly all of the little bullies have to try to validate their miserable existence...so...
And how do you know that this organism is alive? A filum is not a living organism, a flagellum is a purely chemical motor. The motility it affords becomes part of the gradual emergence of "living" organisms. You won't be able to tell when and where that happened, except for the hard fact that it did.You're starting with a living organism and then, what, just claiming it's only a "set of chemicals"? Doesn't fly as science
As knowledge about the dynamic nature of tissues within the human body has increased, the need for cell culture models that mimic the properties of these dynamic microenvironments has grown. Hydrogels are useful platforms for investigating cellular responses to microenvironment cues in disease and regeneration processes and recently have been designed to contain dynamic bonds to regulate the mechanical and biochemical properties of the matrix in three-dimensional cell culture applications.
In this Viewpoint, we highlight recent advances in developing hydrogels with dynamic properties for modeling aspects of human tissues, providing control over the properties of the synthetic matrix on multiple length and time scales, and their application for understanding or directing cell response.
https://pubs.acs.org/doi/10.1021/acsmacrolett.8b00808We conclude by discussing how orthogonal chemistries can be utilized to design dynamic hydrogel platforms for controlling both the mechanical and biochemical environment, affording opportunities to investigate more complex questions associated with disease progression and tissue regeneration.
LOL! Thank you for that. I needed a laugh.And how do you know that this organism is alive? A filum is not a living organism, a flagellum is a purely chemical motor. The motility it affords becomes part of the gradual emergence of "living" organisms. You won't be able to tell when and where that happened, except for the hard fact that it did.You're starting with a living organism and then, what, just claiming it's only a "set of chemicals"? Doesn't fly as science.
5. Microtubules in E nucleofilum (Also found in: Thesaurus, Medical Encyclopedia,
Wikipedia).
fi·lum, noun
A threadlike anatomical structure; a filament.
https://www.thefreedictionary.com/filum
Starting with a set of bio-chemicals that can divide and acquire motility begin to behave as living organisms. That is the abiogenetic bridge between purely dynamical chemical behavior and abiogenesis to a living organism. The rest is just evolution by natural selection.
Again, LOL! Hydrogels simulate the chemical environment of living cells to investigate how living cells respond to differences in their environment. Modeling controllable aspects of human tissue is just a simulation of what living cells respond to. It has nothing to do with creating life in a lab. Hydrogels are just polymer chains that are attracted to and dissolved in water. You do know that polymers aren't alive, right?As knowledge about the dynamic nature of tissues within the human body has increased, the need for cell culture models that mimic the properties of these dynamic microenvironments has grown. Hydrogels are useful platforms for investigating cellular responses to microenvironment cues in disease and regeneration processes and recently have been designed to contain dynamic bonds to regulate the mechanical and biochemical properties of the matrix in three-dimensional cell culture applications.
In this Viewpoint, we highlight recent advances in developing hydrogels with dynamic properties for modeling aspects of human tissues, providing control over the properties of the synthetic matrix on multiple length and time scales, and their application for understanding or directing cell response.
We conclude by discussing how orthogonal chemistries can be utilized to design dynamic hydrogel platforms for controlling both the mechanical and biochemical environment, affording opportunities to investigate more complex questions associated with disease progression and tissue regeneration.
https://pubs.acs.org/doi/10.1021/acsmacrolett.8b00808
No, all you've done is conclusively proven your dearth of scientific understanding on the subject. Take some real classes.It is when a dynamical bio-chemical pattern becomes self-sustaining and is able to self-duplicate (procreate), that it may be called a living organism. It's not that difficult to envision.
Yet funnily enough, none of your smart arse mockery, sarcasm, and arrogance invalidates in any way, the facts that your spaghetti monster is a mythical superfluous, invention by ancient man.LOL! Thank you for that. I needed a laugh.
To be fair, it is true that filum are not living organisms. At least you got that much right. But your video showed the filum of multinucleated eukaryotic cells, which are living organisms. The axopodia were not isolated from a living organism. So it seems your understanding of the science you cite is woefully inadequate.
Yes, filum are the thread-like anatomical structures of the living eukaryotic cells in your cited video, which never once shows solely chemical behavior independent of a living organism.
Again, LOL! Hydrogels simulate the chemical environment of living cells to investigate how living cells respond to differences in their environment. Modeling controllable aspects of human tissue is just a simulation of what living cells respond to. It has nothing to do with creating life in a lab. Hydrogels are just polymer chains that are attracted to and dissolved in water. You do know that polymers aren't alive, right?
No, all you've done is conclusively proven your dearth of scientific understanding on the subject. Take some real classes.
Jeez!LOL! Thank you for that. I needed a laugh.
To be fair, it is true that filum are not living organisms. At least you got that much right. But your video showed the filum of multinucleated eukaryotic cells, which are living organisms. The axopodia were not isolated from a living organism. So it seems your understanding of the science you cite is woefully inadequate.
Yes, filum are the thread-like anatomical structures of the living eukaryotic cells in your cited video, which never once shows solely chemical behavior independent of a living organism.
Again, LOL! Hydrogels simulate the chemical environment of living cells to investigate how living cells respond to differences in their environment. Modeling controllable aspects of human tissue is just a simulation of what living cells respond to. It has nothing to do with creating life in a lab. Hydrogels are just polymer chains that are attracted to and dissolved in water. You do know that polymers aren't alive, right?
No, all you've done is conclusively proven your dearth of scientific understanding on the subject. Take some real classes.
Jeez!
Why should you even care whether God exists or not?
Jeez!
Why should you even care whether God exists or not?
Regarding the ten commandments, I've heard that in the Vatican they have before and after documents locked away of the number of shagfest orgies.Personally I don't
Problem. Lots of people do. If it stopped there all would be fine
Problem. It doesn't. My god has rules about how I should live and you should follow my god rules
Problem becomes big problem. I do not have to follow rules which are not law
We will make our god rules, which are his LAW, into puny Minion law
View attachment 3485
(Looks nothing like Russell Crowe)
Big problem just became massive problem
NOW I care
If only religious people didn't care about us not living by gods law
Regarding the ten commandments, I've heard that in the Vatican they have before and after documents locked away of the number of shagfest orgies.
And as it was, and as it will be, up to its "use by date"Exactly, Beer w/Straw!
Just striving to fully understand The Universe as it is now is what Science is about.
F*#% me man!
At first I thought you meant 613 orgies...
About the Ten Commandments. George Carlin demonstrated that the Ten Commandments has to be man-made and is basically an advertisement..
And which eukaryotic cell is that? E nucleofilum is not an organisms but a microtubule?Yes, filum are the thread-like anatomical structures of the living eukaryotic cells in your cited video, which never once shows solely chemical behavior independent of a living organism.
A pseudopod or pseudopodium (plural: pseudopods or pseudopodia) is a temporary arm-like projection of a eukaryotic cell membrane that are developed in the direction of movement.
Via extracellular cue,Filled with cytoplasm, pseudopodia primarily consist of actin filaments and may also contain microtubules and intermediate filaments.[1][2] Pseudopods are used for motility and ingestion. They are often found in amoebas.
https://en.wikipedia.org/wiki/PseudopodiaTo move towards a target, the cell uses chemotaxis. It senses extracellular signalling molecules, chemo-attractants (e.g. cAMP for Dictyostelium cells[10]), to extend pseudopodia at the membrane area facing the source of these molecules.
https://www.cellsalive.com/cells/bactcell.htmProkaryotic cells are simple in structure, with no recognizable organelles. They have an outer cell wall that gives them shape. Just under the rigid cell wall is the more fluid cell membrane. The cytoplasm enclosed within the cell membrane does not exhibit much structure when viewed by electron microscopy. Use the following animation to explore bacterial structure.
A virus is a submicroscopic infectious agent that replicates only inside the living cells of an organism.[1] Viruses can infect all types of life forms, from animals and plants to microorganisms, including bacteria and archaea.
Ask Beer w/Straw.....Why didn't he tackle the 613?