Sunday, August 3, 2014

Why did the Bees die?

http://guardianlv.com/2014/03/monsantos-pesticides-are-partly-responsible-for-the-collapse-of-the-bee/


Monsanto’s Pesticides Are Partly Responsible for the Collapse of the Bee

MonsantoOver the years research has been conducted to understand why the bees have been disappearing, and the culprit seems to be Monsanto’s genetically modified herbicides and pesticides. Monsanto, a chemical and agricultural biotech company, has received quite the bad reputation from activists across the spectrum because of research linking them to human related issues like autism, cancer, and obesity. But, evidence suggests that Monsanto’s GMO’s have negative ecological consequences as well, and are partially responsible for the collapse of the buzzing bees.
The history of the declining bee population, known as colony collapse disorder (CCD) goes back to 2002 when a bee-specific virus had been identified, which was causing their numbers to plummet. The Israeli Acute Paralysis Virus (IAPV) had originated in Australia and scientist assumed that IAPV was to blame for what was steadily becoming a global bee colony collapse. Yet the sudden onset and devastating results of IAPV had researchers looking for possible causes that would have compromised the immune system of the honey bee, leaving the entire population vulnerable to such a virus.
Developing research found that the bees were ingesting systemic pesticides that were now a part of the DNA structure of the plants that bees were pollinating. Historically speaking, when pesticides were used in the past, they were sprayed on leaves or the body of the plant, which left the pollen and bees unaffected. The pollen now, however, carries the same DNA as the rest of the plant, thus contaminating the entire food supply that the bees depend on.
A clear picture of how Monsanto’s pesticides are partly responsible for the collapse of bee colonies is becoming more evident. Tests done on bees that were exposed to Monsanto’s Mon810 corn, a genetically engineered corn crop that produces insecticide Bacillus thuringiensis (Bt) showed that, once ingested by the bees, Bt binds to receptors within the gut which stop the bees from eating. This results in bees that are weaker and unable to produce enough honey to sustain their colonies. Research on the mechanisms and function of Bt, from the University of California, San Diego, explain that Bt was designed to work this way within insects; first by reducing an insects capacity to eat, then breaking down the intestinal wall, which, lastly, exposes the insect to spores and bacteria that would otherwise be controlled and isolated within the gut of the insect.
Whats more, is that it is not just Bt thats causing the problem. On their Save The Bees page, Greenpeace explains the use of pesticides, especially neonicotinoids, causes acute and chronic poisoning not just of one bee, but of the entire colony. When the bees collect the nectar and pollen from flowers of plants engineered to produce these systemic pesticides, they bring it back to the hive and store it in the honeycombs. The younger generations of bees, which eat these reserves, are then exposed to the pesticides severely damaging their ability to function normally. Unlike Bt which attacks an insects immune system, neonicotinoids targets the central nervous system (CNS) of insects, damaging their navigational capabilities, impairing their memory, and eventually leads to paralysis. If bees cannot find their way back to the hive, due to impaired navigational capacities, then they cannot bring the nutrients back which are necessary for sustaining the colony and its honey production. Similarly, if a bee cannot fly, then a bee cannot pollinate, which is necessary to the lifecycle of flowering plants and sustaining our agriculture.
Understanding the effect that the use of Monsanto’s pesticides has on a bees ability to maintain a healthy immune system and functioning CNS, it becomes clear how these pesticides make bees more susceptible to CCD. With a compromised CNS, bees lose their ability to adequately provide nourishment to the colony, which keeps the colony functioning. A weakened immune system prevents bees from the natural ability to ward off parasites or bacteria that make them vulnerable to disease. The bees simply cannot fight off the virus in such a compromised state.
Research from governments around the world have come to the same conclusion regarding the hazards involved with systemic pesticides and bee collapse. In May of 2012, Poland officially banned the use of Monsanto’s MON810, holding it responsible, at least in part, to CCD. France also imposed its own ban on Monsanto’s pesticide, and in general the European Food Safety Authority found the use of systemic pesticides unacceptable. The United States, however, has yet to embrace the research of the harmful effects that Monsanto’s genetically engineered pesticides has on the bees, or ecology in general.
Bees and other insects, are susceptible to a wide range of viruses, just like mammals are. The IAVP is just one example of such a virus but other dangerous ones exist such as the Nosema virus, a fungal parasite, and the deformed wing virus, which impairs flight and has spread outside the honey bee population to the bumble bee as well. These viruses are contributing to the overall decline in numbers of our most precious pollinators. Monsanto’s genetically engineered pesticides may not be the cause of the collapse but they certainly play a role in making bees more vulnerable to the viruses which are drastically reducing their numbers.
By Natalia Sanchez
Sources:

Read more at http://guardianlv.com/2014/03/monsantos-pesticides-are-partly-responsible-for-the-collapse-of-the-bee/#wJDW4553XJdUFrhx.99

Thursday, July 24, 2014

The Miracle of Israel

Poison in Bleached Flour

https://www.seleneriverpress.com/historical-archives/all-archive-articles/119-white-flour-poisons-let-this-be-a-lesson-to-us


By Dr. Royal Lee
Summary: Dr. Royal Lee was one of the original fighters against the bleaching and refining of flour products. He considered it a national crime, and spoke out about it tirelessly from the early 1920s through the end of his life. In this article, aimed at homemakers, Dr. Lee gives a brief history of the practice of flour bleaching as well as the noble efforts to stop it. He also highlights the discovery by scientists that the chemicals involved in flour bleaching were deadly. "It seems that English investigators have found that the bleaching chemical universally used in this country for many years has been found poisonous enough to kill dogs in a few weeks if they receive the bleached flour, or bread made from it." 1947.
[The following is a transcription of the original Archives document. To view or download the original document, click here.]

Nearly everyone knows that white flour is not healthy for you, but most people don’t know that when white flour is bleached, it can actually be FAR worse for you.
It’s generally understood that refining food destroys nutrients. With the most nutritious part of the grain removed, white flour essentially becomes a form of sugar. Consider what gets lost in the refining process:
  • Half of the beneficial unsaturated fatty acids
  • Virtually all of the vitamin E
  • Fifty percent of the calcium
  • Seventy percent of the phosphorus
  • Eighty percent of the iron
  • Ninety eight percent of the magnesium
  • Fifty to 80 percent of the B vitamins
And many more nutrients are destroyed -- simply too many to list.
The Journey of the Wheat Berry
Have you ever wondered how white flour is made?
The website Healthy Eating Politics has an interesting article about the process.
Most commercial wheat production is, unfortunately, a “study in pesticide application,” beginning with the seeds being treated with fungicide. Once they become wheat, they are sprayed with hormones and pesticides. Even the bins in which the harvested wheat is stored have been coated with insecticides. If bugs appear on the wheat in storage, they fumigate the grain.
A whole grain of wheat, sometimes called a wheat berry, is composed of three layers:
  • The bran
  • The germ
  • The endosperm
The bran is the layer where you’ll find most of the fiber, and it’s the hard outer shell of the kernel. The germ is the nutrient-rich embryo that will sprout into a new wheat plant. The endosperm is the largest part of the grain (83 percent), making up most of the kernel, and it’s mostly starch.
White flour is made from the endosperm only, whereas whole-wheat flour combines all three parts of the wheat berry.
Old time mills ground flour slowly, but today’s mills are designed for mass-production, using high-temperature, high-speed steel rollers. The resulting white flour is nearly all starch, and even much of today’s commercially processed whole wheat flour has lost a fair amount of nutritional value due to these aggressive processing methods.
White flour contains a small fraction of the nutrients of the original grain, with the heat of the steel rollers having destroyed what little nutrients remain. But then it is hit with another chemical insult--a chlorine gas bath (chlorine oxide). This serves as a whitener, as well as an “aging” agent.
Flour used to be aged with time, improving the gluten and thus improving the baking quality. Now, it is treated  with chlorine  to instantly produce similar qualities in the flour (with a disturbing lack of concern about adding another dose of chemicals to your food).

Wednesday, July 9, 2014

Parsha Dessert

http://parshadessert.blogspot.sg/2013/07/parshas-masei_3.html


Parshas Masei



Hashem commands Moshe to write down the name of the 40 places Bnei Yisrael trekked through to get to Eretz Yisrael in their 40 years in the midbar.

This Oatmeal chocolate chip cookie is shaped into one huge cookie and decorated with icing to resemble a map showing their route from Yetziat Mitzrayim till eventually getting to Eretz Yisrael.

I copied this map....


Oatmeal Chocolate chip cookies
Ingredients:
1 cup margerine
1 cup brown sugar
2 eggs
1 tsp vanila
1 tsp baking powder
1 tsp baking soda
1 pinch salt
2 cups flour
2 cups oat meal
2 cups chocolate chips
Method:
1.  Preheat oven to 180C (360 F)
2. Cream margerine vanila and sugar.
3. While still beating, add eggs one at a time. Beat till nice and fluffy.
4.  Add the rest of the ingredients and mix.
5.  Grease a baking tray and shape the dough into a giant square cookie


6.  Bake for about 15 minutes of until starts turning a golden colour.


7.  Place wax paper over cake and draw the map.


8.  cut out the sea bits


9.  Make blue icing mixing 1 cup icing sugar, 2 tbls water and blue food colouring.  
10.  Colour in the seas.



11.  Now cut out the tip of 'Israel'.


12.  Make green food colouring by mixing 1/2 cup icing sugar, 1 tbls water and green food colouring.
13.  Colour in Israel.  I also coloured in  where Har Sinai is in green.

14.  To mark the route, mix 1/2 cup icing sugar with 1/2 tbls water and food colouring.  This will be a thicker icing making it easier to write with.




Hoping you have a wonderful Shabbos!

Orit 

Friday, May 9, 2014

Basque

http://www.youtube.com/watch?v=I9Fw82uYw14

Origin of PH Negative Blood


A Scientific Explaination: Rh-Negatives & CO2
Interesting article collaberation by LAW PUNDIT. Copyright 2006

We are subject to all kinds of laws and chief among these are the laws of genetics, which are definitely supreme over the laws made by men. Religious zealots of all persuasions should consider the fact that what some might view to be "God in action" is found in all of us in the unique genetic blueprint of each of our organisms, regardless of our religious affiliation.

A special category in genetics is comprised by our blood types, especially the ABO and Rh blood groups. In our modern age, many citizens of civilized nations know their own ABO blood group (A, B, O, or AB) and most also know whether they are Rh-positive or Rh-negative, since this knowledge can be essential for healthy childbearing. A recent question from a reader of LexiLine about the origin and mutation of the Rh protein led the Law Pundit to do a bit of research, which is our specialty, leading to a remarkable potential discovery about the cause for the Rh-negative mutation.

All modern genetic DNA evidence points to an "out-of-Africa" origin for humanity. Hence, it is our view that Rh+ (Rh-positive) is the original Rh blood allele in humans, since black Africans in Africa who have not mixed either with white populations or with mixed-race persons have ONLY this Rh allele and no evidence of Rh- (Rh-negative).

Since Rh- (Rh-negative) is an allele which is found predominantly among white populations (ca. 40-45% in Europe), it must clearly be a mutation which followed after man's migrations from Africa to Europe.

Moreover, Rh-negative is found much more frequently among A and O blood groups, which are the major blood types in Western Europe, whereas Rh-negative is much rarer among persons with B and AB blood types.

Rh protein plays a significant role as a channel for CO2 gas (carbon dioxide) across cell membranes in the body: "Rh proteins act as gas channels that help speed the transfer of carbon dioxide (CO2) in and out of red blood cells. CO2 can also pass through the cell membrane unaided (above right), but not quickly enough."

Hence, it would seem to be a likely hypothesis to this observer, presented here for the first time, that Rh- (Rh-negative) developed due to a (presumably beneficial) change mandated in our human breathing of the Earth's air in the more northerly European latitudes.
This would make sense since there is in fact a global air-sea flux of CO2 (carbon dioxide) which could correspond to the mutation we see in Rh from Africa (Rh+) to Western Europe (Rh-).

What blood type can bear what child blood type?

http://genetics.thetech.org/ask/ask115


Blood Types
I am 15 weeks pregnant and I recently had a series of bloodwork done. I found out that I was AB+. My father is definitely O- and my mother is unsure of her type. I have seen online many sites that say this is not possible, that my father cannot have O-. Is this correct?
-A curious adult from Texas
May 26, 2005
No, this isn't necessarily correct. There are cases where someone can appear O when they are actually A, B, or AB genetically. And there are some cases where an AB child can actually be A or B genetically. In both cases, an O parent can have an AB child.
Before going into too much detail about the exceptions, it is probably a good idea to understand the rules first. Since only your dad's O status is in question, we'll deal with the ABO part. For more information on Rh+/- status, click here and here.  
There are three main versions of the ABO blood type genes, A, B, and O. Remember, we have two copies of most of our genes -- one from mom and one from dad. Below are the blood types with each of their possible gene combinations:
Let's do an example to show why, if this were the whole story, it would be impossible for you to have an O dad. Let's say your mom was AB and your dad was O. What possible blood types would their children have? A and B.
I figured this out using a Punnett square. A Punnett square is really just a chart that helps us organize the genes. I put mom's two gene versions on top and dad's on the side like this:
I next matched up squares to figure out the possible blood types like this:
So how did you end up AB? There are a number of possibilities, but we'll focus on two:
Dad isn't really an O blood type. There are at least two ways your dad could test as an O but actually be an A, B, or AB genetically.
The first is a rare blood type called the Bombay blood group. People with the Bombay blood group have the A and/or B genes but test as an O.
For the A and B genes to do their job, they need another gene, H. If someone has two broken H genes, then their blood cells look like an O person's blood cells even if they have the A and/or B genes.
Let's say someone has an A gene and two broken H genes. Why do they look like an O? First off, we need to remember that that blood test looks at our blood cells not our genes. If someone looked at this guy's genes, they'd conclude he had A type blood.
What a blood test looks at are proteins that are stuck on the outside of the red blood cells. (Remember, genes are just instructions for making certain proteins. So the H gene makes the H protein, the A gene, the A protein, etc.) Blood type A means the A protein is there, B means the B protein is there and O means neither is there.
What this guy's A gene does is make a protein that turns the H protein into the A protein. If he doesn't make any H protein, then he can't make any A protein -- there is no A protein on his red blood cells. So, he looks O but is genetically A.
What happens when someone with the Bombay blood group has kids? Most likely their hidden A and B genes will be seen in their children. So for our example above, the results might look like this:
Now as you can see, AB is possible.
Another way for an apparent O to have an AB child is if the "O" parent has one of a couple of rare subtypes of the A gene. These genes with names like Ax (Ao) or Am make very little A protein. So little, in fact, that the protein test sometimes misses it and the person can be mistaken for an O.
There are additional tests that can be done to distinguish these A subtypes from O but they aren't always done (probably because the subtypes are so rare).
The AB child is a blood chimera. There are people called blood chimeras who are AB but are genetically either A or B. Some of their blood cells have different DNA as compared with the rest of the cells in their body.
And most importantly for our discussion here, both the A and B genes in their blood can come from a single parent. An O dad and an AB mom could have an AB child.
So how are blood chimeras made? A blood chimera happens when twins exchange blood stem cells. Blood stem cells make new blood cells throughout our life.
The blood chimera we describe here could have resulted from an A and a B twin sharing blood stem cells. She is AB but genetically, she is either A or B.
You might be saying, but I'm not a twin. But you might have shared your mother's womb with a twin at some point.
Some number of pregnancies start out as twins but end up having only one baby. At some point early in the pregnancy, one of the twins is lost. This is called "The Vanishing Twin Phenomenon." I have seen numbers as high as 10% of pregnancies are of this type.
A blood chimera could result from this kind of twin pregnancy. About 8% of fraternal twins are blood chimeras.
So, as you can see, either you or your dad could be different genetically from what your blood test tells you. And yet this answer doesn't delve into every possibility. You can find other possible explanations in our answers herehere, and here.  
The main thing to remember is that the genetics we learn is simplified. It works very well for lots of cases but not all of them. Real world genetics is way more complicated.
By Dr. Barry Starr