Laboratory Testing

ABO are blood groups & the test is to identify what blood group does the individual has

Yes you do!

5 years

They are carrying carbon dioxide and are from the venous part of the circularity system.

There really is no saying what the blood group exactly is. But I would say the chance is probably 50% and 50%. But it depends on who's DNA is more dominate in your body. There really is no saying what the blood group exactly is. But I would say the chance is probably 50% and 50%. But it depends on who's DNA is more dominate in your body.

That depends completely on what recessive gene the father is carrying. We know the mother has only oo, because O is always recessive. Were she to be carrying a gene for any other blood type, she would not be type O because the other gene would be dominate. You carry two genes for the part of the blood type you're asking about. If Dad carries a recessive O, the children will be either type A or type O. If Dad carries a co-dominate A , the children will only be type A because all the genes the father can pass would be the dominate A. The only possibilities for Dad to have for a recessive gene is the co-dominate A or the recessive O.

leeches

its food

The ratio of albumin to globulin in blood serum, plasma, cerebrospinal fluid, or urine. Albumin-globulin=AG ratio. Normal adult ranges are as follows: Albumin is 3.5-5; Globulin is 2.6-4.6 which makes the normal range for the ratio 0.8-2.0.

Yes. If both parents have the recessive gene for Rh negative, a child of theirs could have Rh negative blood. I have two daughters who are Aneg, and both of us are A+.

between $25 and $30 depending on time of dayf

0.30%

You can buy bacteria (and also yeasts, molds, and viruses) from institutions called type culture collections and from some commercial sources that supply high school and university biology classes. Here are some sources for the USA:

ATCC (American Type Culture Collection) http://www.atcc.org This is the authoritative source, but it serves research institutions predominantly and is pretty expensive. Supply of anything to individuals is restricted.

Presque Isle Cultures http://www.picultures.com has a small collection and sells non-pathogenic strains also to individuals.

Carolina Biological Supply also sells a few bacteria including E. coli:

http://www.carolina.com/product/escherichia+coli+b%2C+living.do?keyword=coli&sortby=bestMatches

the offspring could have type "A" or type "B"

The blood type would be A positive.

Plato users,

Codominance.

If both parents have type A blood then the baby should have type A blood.

or type O blood

The chance they will have a child is most likely high unless they use birth control. If the mother were rh-negative, that can sometimes cause complications, though it's usually manageable.

69-75 degrees

marble top/golden rod

like many other single seed fruits, accumulation of metals and other compounds is likely, I would not fear eating one mistakenly, but wouldn't treat them as almonds

it is not necessary.

yes they can but some don't

amikacin S 26 Gentamycin R

From American Heart Association

www.circ.ahajournals.org/cgi/content/full/98/18/1937

The J point in the ECG is the point where the QRS complex joins the ST segment. It represents the approximate end of depolarization and the beginning of repolarization as determined by the surface ECG. There is an overlap of 10 milliseconds. The J point may deviate from the baseline in early repolarization, epicardial or endocardial ischemia or injury, pericarditis, right or left bundle-branch block, right or left ventricular hypertrophy, or digitalis effect. The term J deflection has been used to designate the formation of the wave produced when there is a large, prominent deviation of the J point from the baseline. The J deflection has been called many names, including camel-hump sign, late delta wave, J-point wave, and Osborn wave.

The prominent J deflection attributed to hypothermia was first reported in 1938 by Tomaszewski. The wave was observed by others, including Kossmann,Grosse-Brockhoff and Schoedel, Bigelow et al, Juvenelle et al, and Osborn.

Over the years, the unusual wave increasingly has been called an Osborn wave (Figure 4B ), probably because of Osborn's excellent article written in 1953. Clinicians labeled the deflection an Osborn wave in honor of Osborn, one of the first American Heart Association research fellows.

Much has been written about the abnormal J deflection observed in patients with hypercalcemia. Other conditions have been reported to cause an abnormal J deflection, including brain injury, subarachnoid hemorrhage, damage to sympathetic nerves in the neck, and cardiopulmonary arrest from oversedation. Brugada and Brugada reported patients with right bundle-branch block who exhibited noncoronary ST-segment elevation in the right precordial leads and experienced ventricular tachycardia or ventricular fibrillation. A controversy now surrounds this condition because not all of the tracings show classic right bundle-branch block, and some patients might have arrhythmogenic right ventricular dysplasia.

All J-wave deflections do not look alike. Some are merely elevations of ST segments in leads V1 and V2, whereas others are of the spike-and-dome variety. This leads to the conclusion that different mechanisms may be responsible for the size and shape of J-wave deflections.

Most commonly are blood glucose levels and metabolic tests related to glucose level, and nuclear medicine cardiac studies.