Prothrombin time will be prolonged due to deterioration of factor V.
Explanation:
Prothrombin time (PT) assess the function of the blood clotting factors which include – vitamin K and factors I, II V, VII and X.
The PT will be longer than the standardized international normalized ratio (INR) if under any blood-thinning medications, absence or deterioration of blood clotting factors, or any inhibitors which inhibit the clotting factors.
While conducting a PT test, the blood sample is taken in a small test tube containing sodium citrate. The sodium citrate is an anticoagulant which will prevent coagulation.
The sample tube should be filled with the blood collected and the tube should also be inverted frequently to prevent any coagulation. The specimen collecting tube with sodium citrate is usually marked with a light blue color.
Sodium citrate is used as the anticoagulant because it keeps the specimen stable with the help of its calcium chelating properties. However, at room temperature the specimen can be stable for about four hours.
Prolonged h and hours will deteriorate the coagulation factor V because the pH of the citrate solution is high mostly above 8.0 and hence prolonging the specimen in it will deteriorate the labile factor V
Answer:
melismatically (lots of pitches per syllable of text)
Explanation:
Melismatic Music
A melisma is observed when a singular syllable of text is stretched over varing type of pitches. Take for instance, the song "Ding Dong Merrily on High;" observe the melisma on the first syllable of the word 'Gloria.' Observe how the syllable is stretched over 16 varying type of pitches.
The first attached image below shows the melisma on the first syllable of the word.
Some singers such as Beyoncé, Christina Aguilera, or the late Whitney Houston have unique vocal skills and this can be perceived to be through their use of melismas to beautify melodies -- mostly at the ends of their words. Take for example, late Whitney Houston cover of Dolly Parton's song ''I Will Always Love You'' is filled with melismas!
Well, the cell membrane is full of a bunch of little holes. Sort of like a coffee filter.
What does a coffee filter do? Well, you put the coffee in it and run water through it. Then what?
The water is small enough to pass through the filter and bring some of the coffee with it. But the coffee grains are too big to pass through the filter. If we really wanted the coffee grains to get through the filter, we could force them through. Do you want chunks in your coffee? Eww.
Now the cell membrane is the same way, the little things (water, carbon dioxide, oxygen, sugar) are all small enough to fit through the tiny holes in the cell membrane. This is called, "Passive Transport". Because the things can passively float their way in and out of the cell.
Now some other things are too big to fit through, so to make them fit, the cell has to use energy to open itself a little bit more to let them in. This is called, "Active Transport". Because the cell needs to be active and use energy to let those things in.
<span>Now Osmosis is the transfer of water and salts (basically) throughout the cell.
Both Salt and Water are small enough to fit through the Cell Membrane using "Passive Transport".
I've posted this same response earlier, and it is my writing.</span>
Primary consumers obtain nitrogen directly from eating plants.
Flowing water slows down when it reaches flatter land or flows into a body of still water. The water starts dropping the particles it was carrying. As the water slows, it drops the largest particles first. The smallest particles settle out last.
I don't know if this helps but hopefully it did x