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Wind him up

Posted on Nov 6th, 2009 by Bird : Bird Bird
Wuji has decided his new cage is nice.  I can barely squeeze through the door and since there are no other opening parts, I can hardly talk him into coming out if he doesn't want to.  He just inverts his body, climbs on the ceiling and presents his beak.  So I pet him and I wheedle and I tickle.  Spin, spin, spin my finger around his face.  He twists his head in figure eights and bounces upside down in a crazy dance.  "Why did you want me to come out again?" he asks as he slips his beak under my nose. 

"The better to kiss you, my dear." 

Now there's two of them--birds who are nonviolently protesting my requests. 

Wuji waits until he sees me coerce Heyoka out.  What a challenge.  Upside down, she's half baby bird and half ten thousand pounds of pressure.  I have to herd her up in to the corner of the cage.  I wrap most of my arm around her body and unhook her feet.  I wait for her to panic as the wire slips between her beak.  She lets go! 

"Eiiiiigh!  The monster has me!  The monster has me!"

"No I don't!"  She's practically on my shoulder already,  "See?"  She stands up. 

I get to work preening and cuddling.  That's some regal position of dominance I've got going on, eh?

The next morning Wuji comes out first thing.  Sunny knocks some wood off the shelf and stretches to see what I'm doling out.  She is calculating whether it's worth jumping in the open bag of yummies to get them.

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work study

Posted on Nov 6th, 2009 by Bird : Bird Bird
We're going to let Anancia be in our sit com.  She fell asleep while she was studying.  One minute she was sitting in the chair, and the next she awakened.  The sun was up and the print from the book was tattooed on her cheek.  Who says you can't learn through osmosis? 
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Tagged with: situation comedy

Hickory

Posted on Nov 5th, 2009 by Bird : Bird Bird
I came home to learn that the tree guy dropped my neighbor's hickory between my young persimmons.  GGGGrrrrr!  I couldn't believe it!  I told him months ago I cared about those trees I didn't want it going that direction.  And there it was.  Set neatly in the three to four feet that separates them.  Some limbs were ripped off.  If he could've put it there, he could've put it anywhere!  So I was determined to be angry everytime I looked at it from here on out!  What a jerk!  He DID that to show me it could be done.  Grrr!

Then I learned that it split while he was cutting it.  The tree broke, left a 15 foot spike, twisted, and dropped that direction.  Not what he was planning.  For a minute he was afraid that it fell on his helper.  Luckily, no one was hurt.  Even the persimmons will shake it off in the years to come, I reckon.  Suddenly, the placement was looking more miraculous.  Wow.  Right between my persimmons!
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Sugars That Heal: The New Healing Science of Glyconutrients

Posted on Nov 5th, 2009 by Bird : Bird Bird
http://www.amazon.com/Sugars-That-Heal-Healing-Glyconutrients/dp/0345441079/ref=sr_1_1?ie=UTF8&s=books&qid=1257445950&sr=8-1
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plants that are poisonous for parrots

Posted on Nov 4th, 2009 by Bird : Bird Bird
plants that are poisonous for parrots - 2007/07/17

(The following is a list of some potentially toxic plants. Be sure you correctly identified all plants in your bird's environment.When using these lists, ensure you use the Scientific Name to identify Plants, if uncertain remove the plant )
(Abbreviations: Spp=subspecies, Sp=species)
Plant Name Scientific Name Parts Known to be Poisonous
Acokanthera Acokanthera spp. all parts toxic
Amaryllis Amaryllidaceae Bulbs
American Yew Taxus canadensis Needles, seeds
Angel's Trumpet Datura spp., leaves, seeds, flowers
Apricot Prunus armeniaca, pits, leaves, and bark
* Autumn Crocus Colchicum autumnalle bulb
Avocado Persea americana pit, leaves, unripe fruit, and stems
Azalea Rhododendron occidentale Leaves
Balsam pear Memordica charantia Seeds, outer rind of fruit
Baneberry Actaia spp. Berries, roots
Belladonna Atropa belladonna All parts
Bird of Paradise Caesalpina gilliesii Seeds
Bittersweet Celastrus spp. All parts
Black Locust Robinia pseudoacacia Bark, sprouts, foliage
* Bleeding Heart Dicentra all parts
Bluegreen algae Schizophycaea spp Some forms toxic
Bracken Fern Pteridium aquilinum All parts
Some forms toxic Boxwood Buxus sempervirens Leaves, stems
Buckthorn Rhamnus spp. Fruit, bark
Burdock Arctium spp. All parts
Buttercup Ranunculus spp. Sap, bulbs
Calla lily Zantedeschia aethiopica Leaves
Caladium Caladium spp. Leaves and rhizome
Castor Oil Plant Ricinus communis Beans, leaves
Catclaw Acacia Acacia greggii, twigs and leaves
Chalice vine Solandra spp. All parts
Cherry tree Prunus spp. Bark, twigs, leaves, pits
Chinaberry Melia azadarach All parts
Chokecherry Birdcherry Prunus seeds (stones),
Christmas candle Pedilanthus tithymaloides Sap
Clematis Clematis spp. All parts
Coral plant Jatropha multifida Seeds
Cowslip Caltha polustris Seeds
Crocus (autumn) Cholchicum autumnale All parts
Cycad, or Sago Cycas Cycas revoluta All parts
Daffodil Narcissus spp Bulbs
Daphne Daphne spp. Berries
Datura Datura spp. Berries
Deadly amanita Amanita muscaria All parts
Death camas Zygadenis elegans All parts
Delphinium Delphinium spp. All parts
Devil's Ivy Epipremnum aureum All parts
Dieffenbachia Dieffenbachia picta Leaves
Eggplant Solanaceae spp. All parts but fruit
Elderberry Sambucus mexicana, roots, leaves, stems, bark
Elephant's ear (taro) Colocasis spp. Leaves, stem
English ivy Ilex aquafolium Berries, leaves
English yew Taxus baccata needles, seeds
Euonymus Euonymus spp. fruit, bark, leaves
European Pennroyal Mentha pulegium
False henbane Veratrum woodii All parts
Figs Ficus spp sap
Fly agaric mushroom (deadly amanita) Amanita muscaria All parts
Four o'clock Mirabilis jalapa All parts
Foxglove Digitalis purpurea Leaves, seeds
Golden chain (laburnum) Laburnum anagyroides All parts, especially seeds
Heliotrope Heliotropium spp., leaves
Hemlock poison Conium spp. All parts, especially roots and seeds
Hemlock water Conium spp. All parts especially roots and seeds
Henbane Hyocyanamus niger Seeds
Holly Ilex spp. Berries
Horse chestnut Aesculus spp. Nuts, twigs
Horse Nettle Solanum carolinense All parts
Hyacinth Hyacinthinus orientalis Bulbs
Hydrangea Hydrangea spp. Flower,bud
Indian turnip (jackinthepulpit) Arisaema triphyllum All parts
Iris (blue flag) Iris spp. Bulbs
Ivy (Boston, English, and some others) Hedera spp. All parts
Japanese yew Taxus cuspidata Needles, seeds
Java bean (lima bean) Phaseolus lunatus Uncooked beans
Jerusalem cherry Solanum pseudocapsicum Berries
Jessamine, Yellow Gelsemium sempervirens, leaves, stems
Jonquil Narcissus jonquilla All parts
Jimsonweed (thornapple) Datura spp. Leaves, seeds
Juniper Juniperus virginiana Needles, stems, berries
Lantana Lantana spp. Immature berries
Larkspur Delphinium spp. All parts
Laurel Kalmia, Ledum Rhododendron spp. All parts
Lilly of the valley Convallaria majalis All parts, including the water in which they have been kept
Lobelia Lobelia spp. All parts
Locoweed Astragalu mollissimus All parts
Lords and ladies (cuckoopint) arum sp. All parts
Lupine Lupinus spp. All parts
Marijuana Cannabis sativa Leaves
Mayapple Podophyllum spp. All parts, except fruit
Mescal bean Sophora spp. Seeds
Mistletoe Santalales spp. Berries
Milkweed Asclepias spp. All parts
Mock orange Poncirus spp. Fruit
Monkshood Aconitum spp. Leaves, roots
Moonseed Menispermum canadense All parts
Morning glory Ipomoea spp. All parts
Mushrooms Amanita spp. and many others All parts
Narcissus Narcissus spp. Bulbs
Nightshades (all types) Solanum spp. Berries, leaves
Oak Quercus acorn, young plant
Oleander Nerium oleander Leaves, branches, nectar of blossoms
Pennyroyal Mentha pulegium All parts
Peach Prunus persica, leaves, pit, bark
Peony Paeonia officinalis All parts
Periwinkle Vinca minor, Vinca rosea All parts
Peyote Lophophora williamsii All parts
Philodendron Philodendron spp. Leaves, stems
Pigweed Amaranthus spp. All parts
Plum Prunus spp., leaves, pit, bark
Poison Hemlock Conium maculatum All parts
Poison ivy Toxicodendron radicans Sap
Poison oak Toxicodendron quercifolium Sap
Poison Sumac Rhux vernix All parts
Poinsettia Euphorobia pulcherrima Leaves, flowers
Pokeweed (inkberry) Phytolacca americans Leaves, roots, immature berries
Poppy Papaver somniferum and related spp. All parts
Potato Solanum tuberosum Eyes and new shoots
Pothos Eprimemnun aureum All parts
Primrose Primula spp. All parts
Privet Lingustrum volgare All parts, includling berries
Ragwort Senecio jacobea and related spp. All parts
Red Maple Acer rubrum All parts
Rhododendron Rhododendron spp. All parts
Rhubarb Rheum rhaponticum Leaves
Rosary pea (Indian licorice) Abrus precatorius Seeds
Sage Salvia officinalis All parts
Sedum Sedum All parts
Shamrock Plant Medicago lupulina, Trifolium repens, Oxalis acetosella All parts
Skunk cabbage Symplocarpus foetidus All parts
Snowdrop Ornithogalum umbellatum All parts, especially buds
Snow on the mountain (ghostweed) Euphorbia marginata All parts
Sorrel Rumex spp., Oxalis spp. All parts
Spindle Tree Euonymus leaves, fruit, bark
Spurges Euphorbia spp. All parts
Star of Bethlehem Ornithogalum umbellatum All parts
Sweet pea Lathryus latifolius Seeds and fruit
Tansy Tanacetum vulgare all parts
Tobacco Nicotinia spp. Leaves
Tomato Lycopersicon esculentum stems and leaves
Tulip Tulipa spp. All parts
Vetches Vicia spp. All parts
Virginia creeper Pathenocissu quinquefolia Sap
Water Hemlock Cicuta spp.
Waxberry Symphoricarpos albus
Western yew Taxus breviflora Needles, seeds
Wisteria Wisteria spp. All parts
Yam bean Pachyrhizus erosus Roots, immature pods

Source: Adapted from American Medical Association Handbook of Poisonous and Injurious Plants (Chicago: American Medical Association, 1985); R. Dean Axelson, Caring For Your Pet Bird (Poole-Dorset, England: Blanford Press, 1984) Gary Gallerstein, Bird Owner's Home Health and Care Handbook (New York: Howell Book House, 1984); Greg J. Harrison and Linda R. Harrison, eds., Clinical Avian Medicine and Surgery (Philadelphia: W.B. Saunders, 1986) and John M. Kingsbury, Poisonous Plants of the United States and Canada (Englewood Cliffs, N.J.rentice-Hall, 1964).Alicia McWatters, Ph.D., C.N.C.
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Ready to Grow Mushroom Patches

Posted on Nov 4th, 2009 by Bird : Bird Bird
http://fungi.com/kits/index.html

Cool Christmas Kits

Excerpted from Edible Wild Mushrooms of Southern Illinois and Surrounding States by McFarland and Mueller

"Here's how it works:  Even though the sturdy roots of a healthy tree keep the tree from toppling over in a breeze, the roots aren't exceedingly efficient at supplying al of the moisture and nutrients that the tree requires to thrive.  Thirsty tree roots, feeling their way through the soil, encounter the tiny fungal threads of a compatible fungus, some of which connecto to tree roots to greatly expand the moisture--and nutrient-- absorbing abilities of the relatively fat and clumsy tree root.  Roots alone can't extract sufficient nourishment to feed the giant tree above.  For comparison, imagine drinking from a tiny straw:  If you happen to be tremendously thirsty, it would take an eternity before you said, "Ahhh.

Now imagine drinking through fifteen or twenty straws at once--then you've really got something.  That's how fungi partner with trees.  Tiny hyphal threads of a fungus reach everywhere in the soil, far more efficiently than tree roots.  If there's a microliter of water to be extracted between grains of soil, the fungus owns it--and so does the tree.

There's a whole lot more to this tree-fungus partnership.  And trees aren't the only winners in the deal.  Fungi not only give trees moisture and nutrients they've transported from nature's recycling bin, they also siphon surplus sugars from the tree roots, like humans might collect sap from making maple syrup.  It's a sweet, necessary source of energy to fuel the hungry providers."
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Tagged with: mycelium running

Quorum Signaling and Iron Scavenging

Posted on Nov 3rd, 2009 by Bird : Bird Bird
Quorum signaling and iron scavenging are instrumental in virulence, and it seems at least some pathogens have coordinated these important processes through the use of a single molecule with dual functions.  Against a backdrop of ever-increasing antibiotic resistance, insight into integrated systems such as these could prove invaluable.

... Microorganisms secrete a multitude of small molecule natural products.  Probably the most famous of these is antibiotics.  For nearly a century, mankind has manipulated bacteria to produce vast quantities of such molecules for use in the fight against infectious disease.  However, some have questioned whether growth inhibitory concentrations of antibiotics are ever reached in the environment and whether antibiotics themselves could not be better described as bacterial communcation molecules.  Many antibiotics, when given at subinhibitory concentrations, greatly alter bacterial expression patterns while have no effect on bacterial growth --characteristics that are reminiscent of more conventional QS molecules.

... For any population, reaching a high density confers multiple advantages, but is also associated with several costs.  There is inherent safety in numbers, yet if individuals do not work together, competition threatens viability and scarce resources are wasted.  Bacteria at high density are no different.  Thus, the ability to evolve diffusible QS signals that have far-reaching effects in both distance and scope would have been as vital for organisms to compete in a primoridial world as it is today.  In a world initially devoid of oxygen, iron was an abundant primitive terminal electron acceptor for cellular respiration.  The appearance of oxygen introduced the need to solubilize iron oxides and protect against ensuing oxidative damage.  As more species arose, so too did the need to compete with others for metabolites and niches ... It is now known that some bacterial communication molecules do more than just interact with regulatory proteins to initiate changes in gene expression.  They can also sequester limited resources, intercalculate into membranes or kill other organisms.  In this way, QS molecules can have a direct role in community protection and nutrient scavenging.

As research in this area develops, we predict that new meanings for the communication signals will be discovered.  Contextual information can largely affect the interpretation of a word, and thus it will also be important to examine how the environment influences which role of a QS molecule prevails.  Only when we fully understand the nuances of bacterial language will we be able to decipher the message and manipulate bacteria to our advantage.


"More than a signal: non-signaling properties of quorum sensing molecules"
Jeffrey W. Schertzer, Megan L. Boulette and Marvin Whiteley in
Trends in Microbiology, vol 7 no 5
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strings

Posted on Nov 3rd, 2009 by Bird : Bird Bird
How do I explain it?  I had a strange dream this morning about some of the people I knew in high school.  They were in an adjoining room waiting for me to get out of the shower.  I closed my eyes and made them go away.  It was one of those dreams where you're the only one who doesn't have any clothes.  And I didn't really care if they could see me except that they clapped when I turned the water off.  So could they see me?  Weird.  Who knows.  They all still looked like kids, so I knew it wasn't "real."  I was awake.  I opened my eyes.

I viewed the intensity and hypersensitivity as simply the emotion my brain blossoms into when I'm getting some new insight because I don't often connect the dots backwards.  Sewing the future to the past is a strange sideways loping gait --half leaping through the hurricane, the fire, the divorces, the stock market crashing, the bankruptcy, the car wrecks, the murals, the book, the man from india.  I woke up explaining it all to my philosophy teacher from college.  I went through it again and again memorizing it in this new light.  Don't let it slip away.  Don't let it slip away.  It always slips away.

[I think it was the book that started it because one of the coolest questions I asked in it ten years ago got answered yesterday with this:

http://has20birds.gaia.com/blog/2009/11/month-of-conception-linked-to-birth-defects-in-united-states ]

I picked up a Grassroots magazine outside the library intending to mail it.  I was focused on meeting my old philosophy professor, telling him the story, writing my new understanding in stone.  I've only connected with him a handful of times in the last four years.  So it gave me wry smile this morning when he called me at work to ask a question about finding a tidbit of information from 1984 in Omni magazine.  What a coincidence.  If I pull on the thread ... like so ...

I'm going to stop writing now because of the energy I'm making room for.  To illustrate my point, a kid who's constantly the edge of a nervous breakdown is making a scene because he can't get something off his flash drive.  Ten people are standing around in the mess he made, reflecting his vibes while they're standing in line for technical support.  And the monthly testing of the tornado siren is happening simultaneously.  My boss calls me into his office and asks if something's wrong.  He can feeeeeel  the milieu a room away.  He's native american. 

I don't lay claim to it.   

Whew.  Let it go!  Maybe a nice, quiet library is the perfect place for a girl like me, eh Mr. Martin?
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Grainwashed

Posted on Nov 3rd, 2009 by Bird : Bird Bird
http://dearthyroid.wordpress.com/2009/06/07/how-to-kick-your-thyroids-ass-dont-be-grainwashed/

This is an idea worth looking into especially because, conversely, grains also contain some evil properties that we never hear about that can actually negate all their virtuosity: specifically, antinutrients.
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Tagged with: candida

Month Of Conception Linked To Birth Defects In United States

Posted on Nov 2nd, 2009 by Bird : Bird Bird

Month Of Conception Linked To Birth Defects In United States

http://www.sciencedaily.com/releases/2009/03/090330130235.htm

ScienceDaily (Mar. 30, 2009) — A study published in the April 2009 issue of the medical journal Acta Pædiatrica is the first to report that birth defect rates in the United States were highest for women conceiving in the spring and summer.

The researchers also found that this period of increase risk correlated with increased levels of pesticides in surface water across the United States.

Studying all 30.1 million births which occurred in the U.S. between 1996 and 2002, the researchers found a strong association between the increased number of birth defects in children of women whose last menstrual period occurred in April, May, June or July and elevated levels of nitrates, atrazine and other pesticides in surface water during the same months. While many of these chemicals, including the herbicide atrazine which is banned in European countries but permitted in the U.S., are suspected to be harmful to the developing embryo, this is the first study to link their increased seasonal concentration in surface water with the peak in birth defects in infants conceived in the same months.

The correlation between the month of last menstrual period and higher rates of birth defects was statistically significant for half of the 22 categories of birth defects reported in a Centers for Disease Control database from 1996 to 2002 including spina bifida, cleft lip, clubfoot and Down's syndrome.

"Elevated concentrations of pesticides and other agrochemicals in surface water during April through July coincided with significantly higher risk of birth defects in live births conceived by women whose last menstrual period began in the same months. While our study didn't prove a cause and effect link, the fact that birth defects and pesticides in surface water peak during the same four months makes us suspect that the two are related," said Paul Winchester, M.D., Indiana University School of Medicine professor of clinical pediatrics, the first author of the study.

"Birth defects, which affect about 3 out of 100 newborns in the U.S., are one of the leading causes of infant death. What we are most excited about is that if our suspicions are right and pesticides are contributing to birth defect risk, we can reverse or modify the factors that are causing these lifelong and often very serious medical problems," said Dr. Winchester, a Riley Hospital for Children neonatalogist.

Birth defects are known to be associated with risk factors such as alcohol, smoking, diabetes or advanced age. However, the researchers found that even mothers who didn't report these risk factors had higher overall birth defect rates for babies conceived from April to July.
...
Co-authors of this study, which was funded by the Division of Neonatalogy of the Department of Pediatrics of the IU School of Medicine, were Jordan Huskins, B.A., a fourth year I.U. School of Medicine student, and Jun Ying, Ph.D. of the University of Cincinnati.

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