The Hidden Name of the Creator in Your DNA

BRIEF UPDATES AND FURTHER READING

NEW AGE Genetic Engineering

No More Gene Guns

Floral Dip in Agrobacterium

The floral dip method is used to create transgenic plants. Agrobacteria are able to insert certain DNA sequences on a plasmid into the plant chromosomes just by dipping parts of a plant into a solution of agrobacterium that carries the desired gene on their plasmid (called t-plasmid).  Not all seeds will become transgenic - they are discarded.

Here is a bit of information from the link above:

Step one.  Collect mature seeds.  After they are collected, place them into a micro-centrifuge tube for sterilization.  Next, put them into a Petri plate.  The site tells us the easiest way to sterilize the seeds is by soaking them in an ethanol solution.  I can’t help wonder if they use ethanol made from GE corn and if that would alter the sterilized seeds in mysterious ways.

So, you see, it is even easier to create GE seeds of every kind imaginable in a quick, easy and cost-effective process.  I am afraid they are here to stay as long as man is on this planet.  That is something to think seriously about, isn’t it?  Our bio-tech tampering has opened a Pandora’s box that may very well may destroy all life on earth. 

Oh, and by the way, experiments have been done that show that seeds of any kind are unable to grow near wi-fi routers.  Sure they are convenient but they have a downside.  There is a popular TV show that has a character named Mr. Gold a/k/a Rumpelstiltskin.  This Grimm creature warns everyone who deals with him that "All magic comes with a price, deary."   Sage advice, indeed.

 

The health ranger writes: “. . . radiation generated by wireless routers is negatively affecting our health. In fact, the British activist website Stop Smart Meters recently published a list of 34 scientific studies  demonstrating the adverse biological effects of Wi-Fi exposure, including studies linking it to headaches, reduced sperm count, oxidative stress and more.  Dear reader, please check out the article and all of the links to learn more.  We all need to be aware of the effects of wi-fi and other ungrounded energies on our health.

XNA

Cooking up Synthetic DNA in a Lab

This is old news but it is still new to me.  After researching Monsanto in depth, I didn't think anything could shock me.  I was wrong.  

Check out this article:  Rethinking Healthcare: XNA, a Synthetic DNA capable of Heredity and Evolution

Capable of Heredity and Evolution?!?!   Man's pride and ego knows no bounds.

The article reads, “Doctors already prescribe biological products such as enzymes and antibodies to treat certain diseases, but these drugs break down quickly in the stomach and the blood stream. Because XNAs are somewhat foreign, Popular Mechanics explains, they’re not broken down as quickly in the body, as it hasn’t evolved enzymes to digest them.”

So, are they telling us that XNA would remain a permanent part of our bodies if ingested?

We are being told that XNA molecules are quite similar to the genetic instructions for life found in every living thing on earth.  The strands of synthetic polymers can store, copy, and pass on genetic information the way DNA does. 

DNA and RNA consist of 4 nucleic acid bases – the chemical letters A, G, C, and T – that run along a backbone of phosphates and sugars. DNA uses deoxyribose sugars, while RNA uses ribose.

However, XNA replaces those natural God-given sugars with one of 6 alternatives, including hexitol, threose, and arabinose. The 6 resulting molecules are known as xeno-nucleic acids.  (”Xeno” is Greek for “foreign”). More like “alien” from a sci-fi chiller thriller in my opinion.  And oh, man is applauding the fact that XNA can evolve sort of like DNA does in nature.  Don’t you believe it for one minute.

For more articles about XNA, check out this link on National Geographic News.

Christine Dell'Amore.  National Geographic News

http://tinyurl.com/kue9gah   

Roundup Ready Plus

Over the past decade, GE/GMO Roundup Ready seeds have created an abundance of super weeds that are resistant to Roundup.

Monsanto’s solution?   Roundup Ready PLUS.

Their Roundup Ready Xtend Crop System is pending regulatory approval.

These seeds will combine the Genuity Roundup Ready 2 Yield trait technology stacked with a trait that is also tolerant to dicamba.  As a double threat, the herbicide sprayed on both weeds and crops will also combine glyphosate with dicamba.

This second generation soybean will also be more aphid resistant.  The first seeds contained the Rag 1 gene but it was discovered that aphids overcame that single gene resistance.  The solution?  Stack  the second generation seeds with more resistant traits.   

 They are doing the same with Root Rot resistant genes and traits.  Why keep putting a bigger band aid on the problem?  Simply put, Monsanto is doing little more than creating super weeds, super bugs and super disease.

But their “in-gene-uity” knows no bounds.  Why not genetically engineer a soybean that has 60% less saturated fat and three times more monounsaturated fat. Yippee!   Think of the uses in food processing  such soybeans could provide.  Oil blends for frying, baking and processing will be sold to unkowledgable consumers as being more healthy.

Not only that, but Monsanto is also working on creating a soybean seed that will contain Omega-3 fatty acids.  I suppose they will insert a salmon gene?  Maybe a salmon gene from genetically engineered salmon?

Though the last two ideas sound promising, they are just a smokescreen to cover the additional poisons that will be released into our environment and into our food supply.  Remove the Roundup and dicamba and all the other herbicides and pesticides and then we will think about supporting and endorsing your frankenseeds.  Maybe.

Some GE Seed Brand Names

Table 1. Transgenic products with molecularly stacked trait genes currently on the market^*

Trait developer(s)	Crop	Product name	Transgenic event(s)	Trait genes	Trait targets
Bayer CropScience	Canola	InVigor® SeedLink®	MS8 (DBN230-0028), RF3 (DBN212-0005)	bar, barnase, barstar	Weeds; Male fertility
Monsanto	Canola	Genuity® Roundup Ready®	GT73 (RT73)	CP4 EPSPS, gox	Weeds
Bayer CropScience	Cotton	FiberMax® LibertyLink® Bollgar II®	LLCotton25, MON15985	bar, Cry1Ac, Cry2Ab	Lepidopteran pests; Weeds
Dow AgroSciences	Cotton	WideStrike®	DAS-21023-5, DAS- 24236-5	pat, Cry1Ac, Cry1Fa	Lepidopteran pests; Weeds
Dow AgroSciences	Cotton	WideStrike®/Roundup	DAS-21023-5, DAS- 24236-5, MON-01445-2	Ready®Weeds pat, Cry1Ac, Cry1 Fa, CP4 EPSPS	Lepidopteran pests;
Dow AgroSciences	Cotton	WideStrike®/Roundup Ready® Flex	DAS-21023-5, DAS- 24236-5, MON-88913-8	pat, Cry1Ac, Cry1 Fa, CP4 EPSPS	Lepidopteran pests; Weeds
Monsanto	Cotton	Roundup Ready®, Bollgard®	MON531, MON1445-2	Cry1Ac, CP4 EPSPS	Lepidopteran pests; Weeds
Monsanto	Cotton	Bollgard II/Roundup Ready® Flex	MON88913-8, MON15985	CP4 EPSPS, Cry1Ac, Cry2Ab	Lepidopteran pests; Weeds
Dow AgroSciences and Pioneer Hi-Bred	Maize	Herculex® CB	TC1507	Cry 1Fa, pat	Lepidopteran pests (European corn borer); Weeds
Dow AgroSciences and Pioneer Hi-Bred	Maize	Herculex® RW	DAS 59122-7	Cry34Ab1/Cry35Ab1, pat	Coleopteran pests (Corn rootworm); Weeds
Dow AgroSciences and Pioneer Hi-Bred	Maize	Herculex® XTRA	TC1 507, DAS-59122-7	Cry 1Fa, Cry34Ab1, Cry35Ab1, pat	Lepidopteran and cole- opteran pests; Weeds
Dow AgroSciences and Pioneer Hi-Bred	Maize	Herculex® XTRA/Roundup Ready® 2	DAS-59122-7, TC1507, NK603	pat, CP4 EPSPS, Cry34Ab1, Cry35Ab1, Cry1Fa2	Lepidopteran and cole- opteran pests; Weeds
Monsanto	Maize	Yieldgard® VT Pro®	MON89034	Cry1A.105, Cry2Ab2	Lepidopteran pests
Monsanto	Maize	Yieldgard® VT	MON88017	CP4 EPSPS, Cry3Bb1	Coleoptera pests (corn rootworm); Weeds
Monsanto	Maize	Yieldgard® VT Triple	MON81 0, MON88017	Cry1Ab, Cry3Bb1, CP4 EPSPS	Lepidopteran and cole- optera pests; Weeds
Monsanto	Maize	Genuity® VT Triple Pro®	MON89034, MON88017	Cry1A.105, Cry2Ab2, Cry3Bb	Lepidopteran and cole- opteran pests; Weeds
Monsanto and Dow AgroSciences	Maize	Genuity® SmartStaxTM	MON89034, TC1507, MON 88017, DAS- 59122-7	PAT, CP4 EPSPS, Cry1 Fa2, Cry1A.105, Cry2Ab, Cry3Bb1, Cry34Ab1, Cry35Ab1	Lepidopteran and cole- opteran pests; Weeds
Syngenta	Maize	Agrisure® GT/CB/LL	Bt11, GA21	Cry1Ab, pat, mutant maize EPSPS	Lepidopteran pests (European corn borer); Weeds
Syngenta	Maize	Agrisure® CB/LL/RW	Bt1 1, MIR604	Cry1Ab, mCry3Aa, pat	Lepidopteran and cole- opteran pests; Weeds
Syngenta	Maize	Agrisure® 3000GT (GT/CB/ LL/RW)	GA21, Bt11, MIR604	pat, Cry1Ab, mCry3Aa, mutant maize EPSPS	Lepidopteran and cole- opteran pests; Weeds

information was obtained from the CERA GM Crop database (http://cera-gmc.org/index.php?action=gm_crop_database ), the US Regulatory Agencies United Biotechnology website( http://usbiotechreg.nbii.gov/database_pub.asp), and the Product and/or Services section of the following company websites: www.pioneer.com/; www.monsanto.com/products/seeds_traits.asp; www.syngenta.com/country/us/en/Seeds/Pages/Home.aspx; www.dowagro.com/prod/; www.bayercropscience.com/bcsweb/cropprotection.nsf/id/BioScience.