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Originally posted by sacgamer25
Why ...
Why...
Why ...
Why...
Why...
The why of not one of these can be explained by TOE.
Bacteria prove that they can remain single cell and adapt to anything we throw at them. So when did they need to become multicellular and why?
If evolution were true wouldn’t asexual be the preferred choice for reproduction.
What was wrong with self replication?
Why emotions. Do you think bacteria are more likely to survive if they feel loved?
Do you think the smarter bacteria are more likely to self replicate?
How can you not see God all around you?
If you can’t answer these questions don’t you at least have to believe in intelligent design?
Originally posted by JiggyPotamus
Since I do not know your level of understanding regarding genes, DNA, evolution, etc, I am not sure where to start. I suppose that since you are asking these questions you have exhausted your search capabilities, so I will just assume you understand the basics.
The answers to most of your questions are actually fairly simple and straightforward. For instance, why did bacteria need to become multi-cellular? Well, they didn't need to. Basically a mutation happened, it was advantageous, so it stuck.
As far as why there are different genders, instead of everything being asexual, the answer, in short form, is that sexual reproduction basically increases variations within a species. Things evolve at a faster rate.
Again, your next question is answered, for the most part, in the same manner I used to answer number 1.
Oh, now that I get to the end of your thread I see where you are going. You don't believe in evolution, and rather in creationism. Well fact check time...dun, dun, dun...Evolution is REAL. If it doesn't fit your worldview then I am sorry, but don't you think that you are lying to yourself?
Also, evolution does NOT contradict creationism. It only does if you are simple-minded. I will leave it to you to fill in the blanks of those statements. Science does not contradict God. How can you not realize that? Is it because you are not attempting to find your own answers, since so many people believe that science and religion aren't compatible?
If mutation could result in a more complex life form I imagine we would have witnessed it by now.
These all had to occur do to mutation not adaptation. The odds against this are staggering.
Originally posted by SG-17
Everything is an accident that turned out to either be beneficial or neutral.
Originally posted by rogerstigers
I believe in a sentient universe. So yeah, I see "god" in and around everything because it *IS* everything. The why to every one of your questions can be answered with, it seemed like a good idea at the time
Seriously, though, in almost every case, it was a matter of beneficial change that caused either an increase in further beneficial changes, an increase in reproduction rates, an increase in survivability, or improved symbiotic relationships in the environment (which amplifies the other benefits).
Nothing about TOE prevents the idea of an active diety playing with the process. How can anti-toe's not see that this is a moot issue?
and, btw, is this bible study night on ATS? soo many evangelical threads tonight.. *shrug*edit on 10-4-2011 by rogerstigers because: (no reason given)
Originally posted by sacgamer25Strange that might actually be worth noting. The end must be coming this week since no one is predicting it.
Why multicellular organisms? Bacteria prove that they can remain single cell and adapt to anything we throw at them. So when did they need to become multicellular and why?
The more complex an organism becomes, the slower it reproduced, the less chance it has for survival.
And yes bacteria are more likely to survive ELE than we are.
Why Genders (I can see no environmental adaptation that requires sex) If evolution were true wouldn’t asexual be the preferred choice for reproduction.
Why live birth or an egg (not the chicken and the egg) just the fragile not very safe from predators egg. When did these become necessary for an organism to survive? What was wrong with self replication?
Why emotions. Do you think bacteria are more likely to survive if they feel loved?
Why intelligence. Do you think the smarter bacteria are more likely to self replicate?
How can you not see God all around you? If you can’t answer these questions don’t you at least have to believe in intelligent design?
The why of not one of these can be explained by TOE.
Only convoluted well meaning how’s.
Since bacteria have only been proven to be adaptive and never proven to become more than adaptive why do you assume they would?
Why multicellular organisms?
Bacteria prove that they can remain single cell and adapt to anything we throw at them.
So when did they need to become multicellular and why?
The more complex an organism becomes, the slower it reproduced, the less chance it has for survival.
And yes bacteria are more likely to survive ELE than we are.
Why Genders (I can see no environmental adaptation that requires sex)
Why live birth or an egg (not the chicken and the egg) just the fragile not very safe from predators egg. When did these become necessary for an organism to survive?
What was wrong with self replication?
Why emotions.
Do you think bacteria are more likely to survive if they feel loved?
Why intelligence.
Do you think the smarter bacteria are more likely to self replicate?
How can you not see God all around you?
reply to post by sacgamer25
Until science can provide me the scenario that caused a single cell organism to become multicellular I refuse to believe it can happen. The only thing you are left would be mutations. I’m sorry but science has yet to prove this either and they are trying. The thought of putting all my belief in random mutation leading us to where we are now is much more difficult to believe than creation or intelligent design.
TalkOrigins.org Index to Creationist Claims, Claim CB922 wrote: Claim CB922: There are no two-celled life forms intermediate between unicellular and multicellular life, demonstrating that the intermediate stage is not viable. Source: Brown, Walt. 1995. In the Beginning: Compelling evidence for creation and the flood. Phoenix, AZ: Center for Scientific Creation, p. 9. www.creationscience.com... Response: 1. The intermediate stage between one-celled and multicelled life need not have been two-celled. The first requirement is for signals between cells, which is necessary if cells are to cooperate in division of labor to break down a food source. Many bacteria utilize a variety of different signals. The evolution of a signal for cooperative swarming has been observed in one bacterium (Velicer and Yu 2003). The transition to multicellularity has been studied in experiments with Pseudomonas fluorescens, which showed that "transitions to higher orders of complexity are readily achievable" (Rainey and Rainey 2003, 72). Choanoflagellates, which are unicellular and colonial organisms related to multicelled animals, express several proteins similar to those used in cell interactions, showing that such proteins could arise in single-celled animals and be co-opted for multicellular development (King et al. 2003). 2. Desmidoideae is a class of conjugating green algae, phylum Gamophyta. Most desmids form pairs of cells whose cytoplasms are joined at an isthmus (Margulis and Schwartz 1982, 100). The bacterium Neisseria also tends to form two-celled arrangements. As noted above, this may not be relevant to the evolution of multicellularity. References: 1. King, Nicole, Christopher T. Hittinger and Sean B. Carroll. 2003. Evolution of key cell signaling and adhesion protein families predates animal origins. Science 301: 361-363. 2. Margulis, Lynn and Karlene V. Schwartz. 1982. Five Kingdoms San Francisco: W. H. Freeman. 3. Rainey, Paul B. and Katrina Rainey. 2003. Evolution of cooperation and conflict in experimental bacterial populations. Nature 425: 72-74. 4. Velicer, Gregory J. and Yuen-tsu N. Yu. 2003. Evolution of novel cooperative swarming in the bacterium Myxococcus xanthus. Nature 425: 75-78. Further Reading: Bonner, John Tyler. 2000. First Signals: The evolution of multicellular development. Princeton University Press. Cavalier-Smith, Tom. 2002. The phagotrophic origin of eukaryotes and phylogenetic classification of Protozoa. International Journal of Systematic and Evolutionary Microbiology 52: 297-354. (technical)