A CD4 count of 248 would be considered low as compared to average levels, which would generally be much higher than the 200's. I would suggest speaking to a medical provider who could address specific medical concerns that can result from low CD4 counts.
The viral load is a measure of how much HIV is present in the blood. A high viral load count would indicate the person has many copies of the virus in their body. The CD4 count, on the other hand, indicates how many CD4 or T-helper cells the person has. CD4 cells are part of the immune system. When they are destroyed, their numbers drop. This is what the HIV virus does--it destroys CD4 cells. Therefore, if a person has a low CD4 count, that means that their immune system is not functioning well, if at all.
That is unlikely, since the HIV virus directly attacks the CD4 cells. In time, the virus will destroy all CD4 cells. Without medications, that will happen sooner rather than later.
If you count all of the atoms of each element on the left and all the atoms of each element on the right and the numbers on the left and right are equal for EVERY element, then the equation is balanced.
These are all the conversions for 248 Kilobyte.253952 Byte248 Kilobyte0.24219 Megabyte0.00024 Gigabyte0 Terabyte
Personal, I count half of them. I doubt that when I purge I get all of it out. I figure counting half gives me the right amount.
If they all count the same, that's 67% right.
Once the HIV virus enters the body, it seeks out specific white blood cells called CD4 T-helper cells. It than begins the process of entry and replication using the mechanism of the CD4 cells. This allows the virus to multiply and grow. In time, the HIV virus will overtake and destroy all CD4 cells which the body needs as a defense against illness. The destruction of CD4 cells makes the body vulnerable to opportunistic infections, thereby causing illness in those infected.
To count significant figures, you count all the non-zero digits. You also count zeros which are between non-zero digits, as well as zeros which are after the decimal point, only if they appear to the right of non-zero digits.
So Wrong, It's Right
Well, you have to count all the lines and then click on the right answer. Then you'll get a lot of questions right and get more rox
If they all count the same, you got 87% of them right. That's a B.
248 Divide by two. 124,2 Divide by two. 62,2,2 Divide by two. 31,2,2,2 Stop. All the factors are prime. 2 x 2 x 2 x 31 = 248