Jeff bauman jr's prosthetic legs seen hiden in a bag during the Boston Bombings!

DID YOU NOT SEE THIS?

DID YOU NOT SEE THIS?

DID YOU NOT SEE THIS?

yes I did see that.

the first few pics shows a foot on Jeff Bauman.
the problem is
it is after the blast

how did we miss that before ???

or was this shopped in ??

It is the poster Jeff had for his GF..

[link to cryptome.org]

poster here

[link to 25.media.tumblr.com]

better picture of the poster.

[link to cryptome.org]

I believe one of his feet are on the bottom left here.. Where is a picture showing he has a foot attached?

[link to cryptome.org]

zoom in on the bottom of the picture, between the wooden fencing, slightly right of dead center, is that a human foot?! I think it is!

The poster is white, the object I am taking about is flesh-toned, could be nothing....Hmm, well anyways the first picture you posted check this out: zoom in on the bottom of the picture, between the wooden fencing, slightly right of dead center, is that a human foot?! I think it is!

it's a different person.

the guy in the red jacket is working
on somebody else, not Jeff.

Jeff is still in that pile

If you zoom into the third picture, Some trousers and a piece of metal can be seen.

I'll just leave this here...

[link to imgur.com]

[link to i.imgur.com]

Why is there absolutely no blood for several frames, and what is the man in the gray hoodie putting on Jeff? No blood anywhere on the ground, not even on the black woman, or Jeff, or the gray hoodie guy until several frames later. Take a very close look at the pictures frame by frame.

I'll just leave this here...

[link to imgur.com]

[link to i.imgur.com]

Why is there absolutely no blood for several frames, and what is the man in the gray hoodie putting on Jeff? No blood anywhere on the ground, not even on the black woman, or Jeff, or the gray hoodie guy until several frames later. Take a very close look at the pictures frame by frame.

This mysterious bag which no officials paid attention to was at the exact same location were the first blast went off.

Is this thread already dead?

Can anyone explain where the blood on the lady's feet came from???
That's the only bloody part of her body.
[link to www.washingtonpost.com]

What to do

If you witness an amputation:

Call emergency services.

Stop the bleeding. A complete amputation may not bleed very much. The cut blood vessels may spasm, pull back into the injured part, and shrink. This slows or stops the bleeding. If there is bleeding, do the following:

more at

[link to cancer.dartmouth.edu]



Vascular spasm

This is a prompt constriction of the broken blood vessel and is the most immediate protection against blood loss. Injury stimulates pain receptors. Some of these receptors directly innervate nearby blood vessels and cause them to constrict. After a few minutes, other mechanisms take over. Injury to the smooth muscle of the blood vessel itself causes a longer-lasting vasoconstriction where platelets release a chemical vasoconstrictor called serotonin. This maintains vascular spasm long enough for the other haemostatic mechanisms to come into play.


[link to www.virtualmedicalcentre.com]



Hemostasis

Sudden and severe loss of blood can lead to shock and death. When blood vessels are damaged, Hemostasis (clot formation) will arrest bleeding. This process is divided into three phases.

I. Vascular phase - Cutting or damaging blood vessels leads to vascular spasm of the smooth muscle in the vessel wall. This produces a vasoconstriction which will slow or even stop blood flow. This response will last up to 30 minutes and is localized to the damaged area.


[link to faculty.ucc.edu]


C. Wilson William, Christopher M. Grande, David B. Hoyt - 2007 - Medical
The body has a natural defense against blood loss after amputation and that is vasospasm, intense vasoconstriction causing arteries to clamp down in response.

[link to books.google.com]

Who knows, but it's definitely the wrong color for blood. They really screwed up on the fake blood here.

To answer some of the questions:

Why is the blood bright red?


Arterial blood is the oxygenated blood in the circulatory system found in the lungs, the left chambers of the heart, and in the arteries.[1] It is bright red in color, while venous blood is dark red in color (but looks purple through the opaque skin). It is the contralateral term to venous blood.

This blood stays brighter red even when it dries.


Why didn't he 'Bleed Out'?

Jeff lost his legs below the knee, therefore the Femoral Artery wouldn't be damaged, just the much smaller 'superficial artery'

The femoral artery (Latin: arteria femoralis) is a large artery in the thigh. It is a continuation of the external iliac artery and begins at the inguinal ligament (femoral head). In this segment, it is also called the common femoral artery (arteria femoralis communis) and gives the deep femoral artery, which provides blood to the thigh. After the branching of the deep femoral artery, it is called the superficial femoral artery (arteria femoralis superficialis) in clinical parlance, because of its superficial course. It continues along the femur to provide blood to the arteries that circulate the knee and the foot and enters the adductor canal. After it emerges from the adductor canal through the adductor hiatus, it is named the popliteal artery.[1]


Hypovolemic Shock

Direct loss of effective circulating blood volume leading to:

A rapid, weak, thready pulse due to decreased blood flow combined with tachycardia
Cool, clammy skin due to vasoconstriction and stimulation of vasoconstriction
Rapid and shallow breathing due to sympathetic nervous system stimulation and acidosis
Hypothermia due to decreased perfusion and evaporation of sweat
Thirst and dry mouth, due to fluid depletion and
Cold and mottled skin (Livedo reticularis), especially extremities, due to insufficient perfusion of the skin
The severity of hemorrhagic shock can be graded on a 1-4 scale on the physical signs. This approximates to the effective loss of blood volume.



Vasoconstriction
is the narrowing of the blood vessels resulting from contraction of the muscular wall of the vessels, particularly the large arteries and small arterioles. The process is the opposite of vasodilation, the widening of blood vessels. The process is particularly important in staunching hemorrhage and acute blood loss. When blood vessels constrict, the flow of blood is restricted or decreased, thus, retaining body heat or increasing vascular resistance. Cutaneously, this makes the skin turn paler because less blood reaches the surface, reducing the radiation of heat. On a larger level, vasoconstriction is one mechanism by which the body regulates and maintains mean arterial pressure.