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So why do you think we are still trading after 12years?
We need to contact Daniel Gannon. He owns 231,217,787 as of Jan 6, 2009, maybe he has a Facebook page or some kind of email. He invested a lot of money back then...
DNA market is getting bigger everyday on humans and pets...
Someone should know something about our patents or our trading post and how much it really worth...
The money made on this for some was solid back in August of 2000. The r/v merger into Catalyst Communications was good for pop. I remember buying at 7 and 8 cents a share. The stock price reached the upper 30s cent range for one day. Nice profit on this one.
A merger could save it. I have a lot tied up in this one, I'm just waiting it out, in hopes it will come back. I'm actually buying more as I can to average down my cost per share, so if it comes back, maybe I can recoup my investment.
I know it probably doesn't mean anything for the share holders as we got screwed a long time ago, but I found this Living Social deal and it sparked my curiousity.....and I do wonder - while the company did close the doors, it is still a publically traded company - is there some recourse for the shareholders? for this?
http://www.livingsocial.com/cities/51/deals/578124-ancestrybydna-test?utm_campaign=MorningSend&utm_content=51&utm_medium=email&utm_source=blast
Why are we still trading four years later?
We haven't hit .0004 in months June 26, 2012 was the last time...
IMO a buyout is on the table now for years...
The trading post and symbol are up for bid...
With only 600m share wont take much for a buyout and a nice payoff for shareholders...
Happy New Year for All Longs...
Thinking out loud with my fingers...
DNAG,
Show Signal Strength and Direction
Composite Indicators Signal
Get Chart Get Performance TrendSpotter Buy
Short Term Indicators
Get Chart Get Performance 7 Day Average Directional Indicator Buy
Get Chart Get Performance 10 - 8 Day Moving Average Hilo Channel Buy
Get Chart Get Performance 20 Day Moving Average vs Price Buy
Get Chart Get Performance 20 - 50 Day MACD Oscillator Buy
Get Chart Get Performance 20 Day Bollinger Bands Buy
Short Term Indicators Average: 100% Buy
20-Day Average Volume - 698,610
Medium Term Indicators
Get Chart Get Performance 40 Day Commodity Channel Index Buy
Get Chart Get Performance 50 Day Moving Average vs Price Buy
Get Chart Get Performance 20 - 100 Day MACD Oscillator Buy
Get Chart Get Performance 50 Day Parabolic Time/Price Buy
Medium Term Indicators Average: 100% Buy
50-Day Average Volume - 895,622
Long Term Indicators
Get Chart Get Performance 60 Day Commodity Channel Index Buy
Get Chart Get Performance 100 Day Moving Average vs Price Buy
Get Chart Get Performance 50 - 100 Day MACD Oscillator Hold
Long Term Indicators Average: 67% Buy
100-Day Average Volume - 542,541
Overall Average: 96% Buy
Price Support Pivot Point Resistance
0.0003 0.0003 0.0003 0.0003
Click on the indicator for a graphical interpretation, or visit the
so whats going on why is this tradeing has this company taken the dnag syboul there wasno real company to begin with
Looks like a Canadian company.
OSUR bought a company called DNA Genotek (DNAG).http://ih.advfn.com/p.php?pid=nmona&article=54954748
ADMIN DISSOLUTION FOR ANNUAL REPORT
SunBiz
Are we there yet?$
http://miami.cbslocal.com/video/7628686-...
GO DNAG no wonder we are still trading after so many years...
Good Luck to all longs...
its a shell
Dont understand.....
Dnaprint went out of bussiness....yet I could still buy shares if I want too.
Anybody know the reason for this?
Back to being dead. No interest in DNAG
Good consolidation today, MMs going long, nite soaked up most of the vol. last two days.
A lot of volume today, but in a bad way
i thought this stock was dead is there a company or just a shell
wtf is going on with this stock. Its like the weekend killed the momo. I would of expected this to run to 00s
Not really.!;?% EOM
could be. no sell off yesterday. looks like someone load up here and hold. what ever reason. we´ll see it soon
I believe you're right on it, BIG news is not far off!
Something big is coming for sure. It may not not be tomorrow or this week.
will close 0006. nice ask hits 0005-0006 today. ready to go tomorrow
ANyone want to make make in week should but at this level. Only 15 minutes left for close
This is going to close even
Thats what im thinking because there was no dump so someone knows something is coming. I can deal with these levels until some news come.
could run with few big hits. small accumulation today. looks like someone load up friday and hold the shares. no sell off here. ask thin. perhaps news soon.
We need to kill ask with 5M and then sky is the limit. Need few hours
ready to create a noew 12 months high with more volume
Volume is going up.
Real fun time start now. We will see lots of buyer once it cross .001
Just wait for few days. 40M volume is not small. Will go up in few days.
Another volume today and something big around the corner. Great up turn last friday.
Ask 0007. Green open today? Looking for more trading volume.
Good morning, leaving triple zeros today imo
Good morning all, wich us a great trading week
0007 is a still very cheap compared to .01. I expect some dip early monday morning like always but after that its gonna take off.
that it is. ZMGD iam collect @ the bottom and few days later bommageeeeeee on huge news. hope DNAG same way.
Speculation will drive dnag higher than the actual news. (buy on rumor sell on news)LOL.
This stock will skyrocket then! A merger with a viable company and we're back in business! DNAG ROCKS!
R/M news and DNAG pop up hard coming week. with this SS is 01 range possible with big news. we´ll see what happens
Some type of big news is coming soon with all of this volume and the pps jumping like that.
It simply means its easier for a private Company to go public through a RM with a shell Co.
Could you explain how it is linked to DNAG? Appreciate for your insight that help me to jump it on Monday.
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DNA
Deoxyribonucleic acid (DNA) is a molecule encoding the genetic instructions used in the development and functioning of all known living organisms and many viruses. Along with RNA and proteins, DNA is one of the three major macromolecules that are essential for all known forms of life. Genetic information is encoded as a sequence of nucleotides (guanine, adenine, thymine, and cytosine) recorded using the letters G, A, T, and C. Most DNA molecules are double-stranded helices, consisting of two long polymers of simple units called nucleotides, molecules with backbones made of alternating sugars (deoxyribose) and phosphate groups (related to phosphoric acid), with the nucleobases (G, A, T, C) attached to the sugars. DNA is well-suited for biological information storage, since the DNA backbone is resistant to cleavage and the double-stranded structure provides the molecule with a built-in duplicate of the encoded information.
These two strands run in opposite directions to each other and are therefore anti-parallel, one backbone being 3' (three prime) and the other 5' (five prime). This refers to the direction the 3rd and 5th carbon on the sugar molecule is facing. Attached to each sugar is one of four types of molecules called nucleobases (informally, bases). It is the sequence of these four nucleobases along the backbone that encodes information. This information is read using the genetic code, which specifies the sequence of the amino acids within proteins. The code is read by copying stretches of DNA into the related nucleic acid RNA in a process called transcription.
Within cells, DNA is organized into long structures called chromosomes. During cell division these chromosomes are duplicated in the process of DNA replication, providing each cell its own complete set of chromosomes. Eukaryotic organisms (animals, plants, fungi, and protists) store most of their DNA inside the cell nucleus and some of their DNA in organelles, such as mitochondria or chloroplasts.[1] In contrast, prokaryotes (bacteria and archaea) store their DNA only in the cytoplasm. Within the chromosomes, chromatin proteins such as histones compact and organize DNA. These compact structures guide the interactions between DNA and other proteins, helping control which parts of the DNA are transcribed.
PropertiesDNA is a long polymer made from repeating units called nucleotides.[2][3][4] DNA was first identified and isolated by Friedrich Miescher and the double helix structure of DNA was first discovered by James D. Watson and Francis Crick. The structure of DNA of all species comprises two helical chains each coiled round the same axis, and each with a pitch of 34 ångströms (3.4 nanometres) and a radius of 10 ångströms (1.0 nanometres).[5] According to another study, when measured in a particular solution, the DNA chain measured 22 to 26 ångströms wide (2.2 to 2.6 nanometres), and one nucleotide unit measured 3.3 Å (0.33 nm) long.[6] Although each individual repeating unit is very small, DNA polymers can be very large molecules containing millions of nucleotides. For instance, the largest human chromosome, chromosome number 1, is approximately 220 million base pairs long.[7]
In living organisms DNA does not usually exist as a single molecule, but instead as a pair of molecules that are held tightly together.[8][9] These two long strands entwine like vines, in the shape of a double helix. The nucleotide repeats contain both the segment of the backbone of the molecule, which holds the chain together, and a nucleobase, which interacts with the other DNA strand in the helix. A nucleobase linked to a sugar is called a nucleoside and a base linked to a sugar and one or more phosphate groups is called a nucleotide. A polymer comprising multiple linked nucleotides (as in DNA) is called a polynucleotide.[10]
The backbone of the DNA strand is made from alternating phosphate and sugar residues.[11] The sugar in DNA is 2-deoxyribose, which is a pentose (five-carbon) sugar. The sugars are joined together by phosphate groups that form phosphodiester bonds between the third and fifth carbon atoms of adjacent sugar rings. These asymmetric bonds mean a strand of DNA has a direction. In a double helix the direction of the nucleotides in one strand is opposite to their direction in the other strand: the strands are antiparallel. The asymmetric ends of DNA strands are called the 5′ (five prime) and 3′ (three prime) ends, with the 5' end having a terminal phosphate group and the 3' end a terminal hydroxyl group. One major difference between DNA and RNA is the sugar, with the 2-deoxyribose in DNA being replaced by the alternative pentose sugar ribose in RNA.[9]
The DNA double helix is stabilized primarily by two forces: hydrogen bonds between nucleotides and base-stacking interactions among aromatic nucleobases.[13] In the aqueous environment of the cell, the conjugated π bonds of nucleotide bases align perpendicular to the axis of the DNA molecule, minimizing their interaction with the solvation shell and therefore, the Gibbs free energy. The four bases found in DNA are adenine (abbreviated A), cytosine (C), guanine (G) and thymine (T). These four bases are attached to the sugar/phosphate to form the complete nucleotide, as shown for adenosine monophosphate.
The nucleobases are classified into two types: the purines, A and G, being fused five- and six-membered heterocyclic compounds, and the pyrimidines, the six-membered rings C and T.[9] A fifth pyrimidine nucleobase, uracil (U), usually takes the place of thymine in RNA and differs from thymine by lacking a methyl group on its ring. In addition to RNA and DNA a large number of artificial nucleic acid analogues have also been created to study the properties of nucleic acids, or for use in biotechnology.[14]
Uracil is not usually found in DNA, occurring only as a breakdown product of cytosine. However in a number of bacteriophages - Bacillus subtilis bacteriophages PBS1 and PBS2 and Yersinia bacteriophage piR1-37 - thymine has been replaced by uracil.[15] A modified form (beta-d-glucopyranosyloxymethyluracil) is also found in a number of organisms: the flagellates Diplonema and Euglena, and all the kinetoplastid genera[16] Biosynthesis of J occurs in two steps: in the first step a specific thymidine in DNA is converted into hydroxymethyldeoxyuridine; in the second HOMedU is glycosylated to form J.[17] Proteins that bind specifically to this base have been identified.[18][19][20] These proteins appear to be distant relatives of the Tet1 oncogene that is involved in the pathogenesis of acute myeloid leukemia.[21] J appears to act as a termination signal for RNA polymerase II.[22][23]
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