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Feather link « Thread Started on Apr 9, 2006, 1:29pm »
I've been researching the Feathers and need everyones help please.
Any one who has had feathers in the skin please post something here. Details are not required but I would like to know how many of us have experienced this freakish event and how many times you witnessed it.
To all with photos on the web,
If you would provide a link to that photo here I would greatly appreciate it. I know some people have pics of this because I saw them while viewing albums a while back. Ant, I know for sure you have one. I think maybe Ruth and Greema too. Will you guys help me with this please?
Re: Feather link « Reply #2 on Apr 9, 2006, 1:40pm »
The most logical thing that would make feathers come out of us is Anthrax.
They just put out a "bacterial bomb" it's that simple. In it it will have infected insects, feathers, etc....fibers....all we have to do is inhale the spores.
Re: Feather link « Reply #4 on Apr 9, 2006, 4:37pm »
Like I said on the Biology forum.....someone, a doctor that is maybe trying to help us? Should check out UC-Davis...... I know they know all about the feathers from their experiments....They Used the Zebra Finches to do their lab experience.......
I hope someone sees this Hope and will do just that.....Check It Out- At least!!!!!!!!!!!!
Re: Feather link « Reply #5 on Apr 9, 2006, 4:42pm »
Hi Hope, I have also been looking at feathers lately. I have found only one on my body thus far. I would call these Feather-like objects. They are crystalline but I think they may be something more interesting than feathers. The sample that I found had tiny trumpet-like shapes on the feather-like fronds and a large amount of static electricity. I have seen these "feathers" before in these photos. The top photo is from chemtrail residue and the photo at the bottom of the page is from the Frass Meteorite. http://www.rense.com/general39/chem.htm I have now added these "feather" photos to my site. I also have added many photos of Callus material. http://photos.yahoo.com/pookalala I still have no solid conclusion what it all means except that these aren't natural feathers.
Re: Feather link « Reply #8 on Apr 9, 2006, 5:45pm »
and here too:
December 15, 2005
The stem cells that produce bird feathers have been visualized and analyzed for the first time, signifying the initial step in a scientific journey that may ultimately shed light on human organ regeneration. The research, published in the December 15 issue of the journal Nature, was performed by a group of prominent stem-cell researchers from the Keck School of Medicine of the University of Southern California.
"What we found is that feather stem cells are distributed in a ring configuration around the inner wall of the vase-shaped feather follicle. This is different from hair stem cells, which are located in a bulge outside the follicle," explains Cheng-Ming Chuong, M.D., Ph.D., professor of pathology at the Keck School and principal investigator on this study.
Feather stem cells are of interest to scientists because of their profound regenerative abilities. A bird in nature molts twice a year. With more than 20,000 feathers on the average bird, Chuong notes, that means there are a lot of active, ongoing regenerative events in an adult bird.
Chuong and his USC colleagues identified epithelial stem cells within a chicken-feather follicle by giving the chickens water containing a non-radioactive label that was then incorporated and retained only in the putative epithelial stem cells. They showed that these cells were pluripotent-retaining the ability to differentiate into many different cell types-by taking the purported stem cells from quail-feather follicles and transplanting them into a chicken host. (Quail cells can be differentiated from chicken cells by cellular markers.) This demonstrated that only the labeled cells were pluripotent.
These stem cells, the researchers found, are well protected in the follicular base of each individual feather follicle. As they proliferate and differentiate, their progeny is displaced upward to create a feather. When the bird molts, the quill of the feather is dislodged from the follicle with a tapered proximal opening-the very feature that has historically made feathers so useful as writing implements-leaving behind a ring of stem cells for the creation of the next generation of feathers.
"The unique topological arrangement of stem cells, proliferating cells, and differentiating cells within the feather follicle allows for continuous growth, shedding, and regeneration of the entire organ," Chuong says.
Feathers are also of great interest to scientists due to their diverse shapes, each with its unique functional morphology. For example, the radially symmetric downy feathers found on chicks and on the trunks of adults are designed for warmth, while the bilaterally symmetric feathers found on the adult wing are designed for taking flight.
What Chuong and his colleagues found, to their surprise, was that the orientation of the ring of feather stem cells is related to the type of feather being generated: the stem cell ring is horizontally placed in radially symmetric downy feathers, but is tilted in bilaterally symmetric feathers, with the lower end of the ring on the anterior side of the follicle, where the rachis-the backbone of the feather-arises. In the Nature paper, Chuong postulates that it is this simple tilting that can transform feathers from radially symmetric to bilaterally symmetric morphologies by producing molecular gradients and/or asymmetric cell behaviors.
While this insight into the formation and regeneration of feathers is fascinating, it is the potential for application to human stem-cell studies that really motivates Chuong and his team.
"What we are really learning about is how stem cells are assembled into organs in nature. In this way, we can take advantage of the distinct patterns of the feather as a model to understand the fundamental principles of organ formation and regeneration," Chuong notes. "Nature is the best teacher for tissue engineering. What we decipher from our animal models can then be applied to help human stem cells and adult human organs to regenerate-and regenerate properly."
University of Southern California _________________________
I hate USC-Davis.....but this is NOT the article that I was referring to.....they know the one......the one with the black/white finches they did,,,,,,it's ina pdf document. I will see if I can pull it up!
Re: Feather link « Reply #9 on Apr 9, 2006, 5:55pm »
Then again Hope you have to look at Anthrax too.
Look at this google of mine here, of course it would not open!!!!
The USA has a long history of human experimentation from the ...North Korea. Accounts claim that there were releases of feathers infected with anthrax, fleas and mosquitoes dosed with Plague ...www.world-action.org/biological.html - 45k - Cached - Similar pages
Re: Feather link « Reply #10 on Apr 9, 2006, 6:01pm »
Thank you so much Greema!
It has been one year since I have been able to piece together my Morgellons symptoms. Within this year, I have only found one in myself. They are more rare than anything else this stuff produces, no?
Now where is Antyboy?
OOOOoohhh Antyboy, OOOOOoooHHHHhhhh, ANTYBOY!!! I'm calling you Darlin, where u bee at?
London,
I do thank you for your support but please don't go too far out there honey.
Relax, let's just focus on what likenesses we all have for now ok?
Joined: Nov 2004 Gender: Male Posts: 2,710 Location: Oh-ooo No the potatos hatched
Re: Feather link « Reply #13 on Apr 9, 2006, 8:14pm »
When I first got this crap I had a pin feather like aperitions sticking out of my pores You know the kind thats hard to get out when your plucking a chicken
This was before I had a microscope so I dont have a picture of one
I did draw a picture for a Quack once and he laughed at me and now I am terribly tramatized---- not ! ---just pis-s-sed"
I wonder if they can use the Mass Spectrometor on this? I am sure they could easily detect what we have.
There have been new developments in mass spec, including hybrid instruments that combine MALDI (Matrix-assisted laser desorption) with ESI electrospray, new ion trap instruments, and many developments such as high-throughput analysis and mass spec for clinical diagnostics. This book serves as both an update to Dr. Siuzdak's first book "Mass Spectrometry for Biotechnology" and really, serves as a replacement since the original text was published in 1996.
The chapters include: 1. Ionization and the Mass Spectrometer 2. Mass Analyzers 3. Practical Aspects of Biomolecular Analysis 4. Peptide and Protein Analysis 5. Protein Profiling 6. Protein Structure characterization 7. Nucleic acid, carbohydrates and steroids 8. High throughput analysis 9. Pharmacokinetics 10. Mass Spectrometry in Action (applications)
from book: The Expanding Role of Mass Spectrometry in Biotechnology
Re: Feather link « Reply #16 on Apr 10, 2006, 1:01am »
DEAR SKYTROLL, I HAVE SOME FEEDBACK ON THE "FEATHERS."
I HAVE NOT SEEN ANY FEATHERS ON MY BODY, BUT, I HAVE HAD SEEN VERY STRANGE BEHAVIOR OF ARTICLES WHICH CONTAIN FEATHERS IN MY HOME.
I TOUCHED ON THE SUBJECT UNDER MY POST "MORGELLONS/AQUARIUM CONNECTION" REPLY 4.
I CLOSED MY BUSINESS, WHICH WAS A THEME PARTY STORE & GIFT SHOP. LOTS OF MARDI GRAS MERCHANDISE, "FEATHER MASKS" "FEATHER ADORNED PAINTED WALL MASKS, ETC.
MY STORE MERCHANDISE, MOSTLY IN ONE ROOM OF THE HOUSE SHOWED "STRANGE FEATHER MORPHING."
PICTURE A FEATHER WITH THE INDIVIDUAL FEATHER STRANDS BOUND CLOSELY TOGETHER. WHAT I HAVE SEEN ARE THE FEATHERS BEGINNING TO INTERACT WITH MORGIE FIBERS AND JOIN THEM IN REPRODUCTION.
THE SINGLE FIBERS IN THE MAKE=UP OF THE FEATHER WOULD SLOWLY BEGIN TO SEPERATE FROM EACH OTHER UNTIL EACH FEATHER FIBER WAS ISOLATED FROM EACH OTHER. ALMOST LIKE CHRISTMAS TREE BRANCHES. THE FEATHER FIBERS WOULD SEPERATE AND BRANCH OUT AS INDIVIDUALS.
THE NEXT MORPH IN THE FEATHER FIBERS, NOW SEPERATED AND INDIVIDUAL, WOULD BEGIN TO SPROUT ON BOTH SIDES OF THE FEATHER FIBER. EACH FEATHER FIBER NOW HAD GROWN NEW FEATHER APPENDAGES ON BOTH SIDES OF THE FEATHER FIBER.
THE FEATHERS AT THIS POINT, JUST LIKE THE MORGIE FIBERS, WOULD SEEK OUT A SUITABLE FEATHER FIBER PARTNER AND BEGIN TO TWIST AND DANCE WITH EACH OTHER, AS THEY REPRODUCED, AS THE MORGIE FIBERS. EXACTLY THE SAME.
I HAVE ALSO HAD THE SAME EXPERIENCE WITH OBJECTS WITH SYNTHETIC HAIR. I HAVE PORCELIN CLOWN DOLLS WITH GREEN SYNTHETIC HAIR, WHICH COVERED THE CLOWN'S FACE FROM BENEATH ITS HAT. THE SYNTHETIC CLOWN HAIR, INITIALLY WAS THE LENGTH TO JUST COVER THE TOP FORHEAD OF THE CLOWN AND CONTINUED AROUND THE FACE TO THE BACK OF THE CLOWNS HEAD.
THE SYNTHETIC CLOWN'S HAIR GREW AND GREW GETTING LONGER AND THICKER TO THE POINT THE CLOWN'S FACE WAS JUST ABOUT COVERED WITH THE NEWLY GROWN HAIR. HAIR PAST THE CLOWN'S NOSE, COVERING THE CLOWN'S CHEEKS AND RUNNING LONG ABOUT THE BACK OF ITS HEAD.
I HAVE SEEN THE SAME ACTIVITY WITH THE FEATHER MASKS AND FEATHER ADORNED PORCELIN WALL MASK HANGINGS.
Re: Feather link « Reply #18 on Apr 10, 2006, 3:40pm »
Hi Greema here, I used 200x on the digital blue camera for the "feather " photos " except for one which shows the entire feather . That one is 60X. I also have a regular scientific microscope with a 400x lense. I am sorry I couldnt get photos of those results The trumpet shaped projections on every branch of the "feather-like sample" looked amazing. There was so much electricity in this "Feather" that combined with the "trumpet shaped projections" my impression was that it looked like a miniature antenna. Who knows?
Among others, three genes in particular—noggin, bone morphogenetic protein 4 (BMP4), and the whimsically named sonic hedgehog (Shh)—were found to result in new feathers that were rife with abnormal organization in their rachides and barbs. When Chuong’s team increased the expression of noggin, for instance, they found that the rachis began to split into several small, thin rachides, and the barbs increased in number. When they increased the expression of BMP4, with which noggin interacts antagonistically, they found that the feather’s rachis became gigantic and its barbs merged and were reduced in numbers. In this way, the scientists were able to manipulate the number and size of the feather’s barbs and rachides.
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