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trubble76 wrote:trubble76 wrote:As far i understand experiments which try to recreate Early-Earth conditions to examine abiogenisis-related hypotheses such as we have here, the biggest stumbling block is the fact that in the real conditions, these reactions may have taken hundreds of thousands of years to get started, clearly we do not have that amount of time with which to duplicate the process. Therefore working with pure versions of ingredients that probably weren't as pure in real life is a method used to cut experiment time down from 100,000 years to something a little more managable.
I was offering my understanding on the general problems of abiogenisis research, none of what i wrote replies to Newmark for you.

rainbow wrote:Newmark wrote:rainbow wrote:Spearthrower wrote:rainbow wrote:Fair point!
Please define 'sufficiently prebiotically plausible'.
Please read:
Synthesis of activated pyrimidine ribonucleotides in prebiotically plausible conditions
Matthew W. Powner1, Béatrice Gerland1 & John D. Sutherland1
Nature 24 March 2009
Does it define 'sufficiently prebiotically plausible' in that paper?
'Sufficiently prebiotically plausible' means that you can use these conditions when you are testing what reactions that might happened on prebiotic earth, and it will be considered a good enough approximation to pass peer review. This means that they can simple be called "prebiotically plausible conditions", and that it should be a good enough approximation for any discussion conducted here. The very existence of this paper in a peer reviewed setting should be enough to make this point abundantly clear.
Appeal to Authority again![]()
You didn't answer the question: "Does it define 'sufficiently prebiotically plausible' in that paper?"
Yes/No?

rainbow wrote:trubble76 wrote:trubble76 wrote:As far i understand experiments which try to recreate Early-Earth conditions to examine abiogenisis-related hypotheses such as we have here, the biggest stumbling block is the fact that in the real conditions, these reactions may have taken hundreds of thousands of years to get started, clearly we do not have that amount of time with which to duplicate the process. Therefore working with pure versions of ingredients that probably weren't as pure in real life is a method used to cut experiment time down from 100,000 years to something a little more managable.
I was offering my understanding on the general problems of abiogenisis research, none of what i wrote replies to Newmark for you.
Not for me, trubble.![]()
Answer for yourself.
Listen, if you say it's justified to up the concs to save time, I'm not arguing with you.
Have it out with NewM.

rainbow wrote:Rumraket wrote:rainbow wrote:No problem with that. They are tweaking the concentrations and purities to improve the chances of the desired reaction taking place.
Do you have a citation to back up this claim? Has the author specified this reasoning somewhere?
Oh it wasn't my claim. It was in reply to what trubble said. If you disagree with trubble, you take it up with trubble.
OK?
rainbow wrote:trubble76 wrote:trubble76 wrote:As far i understand experiments which try to recreate Early-Earth conditions to examine abiogenisis-related hypotheses such as we have here, the biggest stumbling block is the fact that in the real conditions, these reactions may have taken hundreds of thousands of years to get started, clearly we do not have that amount of time with which to duplicate the process. Therefore working with pure versions of ingredients that probably weren't as pure in real life is a method used to cut experiment time down from 100,000 years to something a little more managable.
I was offering my understanding on the general problems of abiogenisis research, none of what i wrote replies to Newmark for you.
Not for me, trubble.![]()
Answer for yourself.
Listen, if you say it's justified to up the concs to save time, I'm not arguing with you.
Have it out with NewM.

Spearthrower wrote:rainbow wrote:Rumraket wrote:rainbow wrote:No problem with that. They are tweaking the concentrations and purities to improve the chances of the desired reaction taking place.
Do you have a citation to back up this claim? Has the author specified this reasoning somewhere?
Oh it wasn't my claim. It was in reply to what trubble said. If you disagree with trubble, you take it up with trubble.
OK?
This is just intentionally deceptive.
Reported.

rainbow wrote:Spearthrower wrote:rainbow wrote:Rumraket wrote:rainbow wrote:No problem with that. They are tweaking the concentrations and purities to improve the chances of the desired reaction taking place.
Do you have a citation to back up this claim? Has the author specified this reasoning somewhere?
Oh it wasn't my claim. It was in reply to what trubble said. If you disagree with trubble, you take it up with trubble.
OK?
This is just intentionally deceptive.
Reported.
It is not deceptive. It's a paraphrase of what trubble said.


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