An integral balance is appropriate, since we are interested in accumulation after a finite time interval. 8 8 8 mT „sys.f -0= [ 62000d – ƒ 57000dt + S -2700(1–e0.3" )dt 2700 e 0.3 -0.3(8) MT „sys.f -0...

Plz help w math integral explain
An integral balance is appropriate, since we are interested in accumulation after a finite<br>time interval.<br>8<br>8<br>8<br>mT „sys.f<br>-0= [ 62000d – ƒ 57000dt + S -2700(1–e0.3

Extracted text: An integral balance is appropriate, since we are interested in accumulation after a finite time interval. 8 8 8 mT „sys.f -0= [ 62000d – ƒ 57000dt + S -2700(1–e0.3" )dt 2700 e 0.3 -0.3(8) MT „sys.f -0 = 40000 00(8)+ 40000 – 21600 + 816 – 9000 = 26,580 - e = The product comes close but doesn't quite achieve the goal of 30,000 immunotoxin molecules accumulated in the cell over 8 h. If you believe that the technology could be improved a bit, though, it looks like a pretty good investment.
8:40 AM Tue Oct 19<br>* 16% I<br>+: 0<br>P3.29 Immunotoxins are molecules designed to specifically kill cancer cells<br>without damaging healthy noncancerous cells. Immunotoxins must accu-<br>mulate inside cancer cells before they can be effective. A start-up biotech<br>company has discovered a new immunotoxin. The company is trying to<br>raise venture capital. You are trying to decide if youlshould invest your<br>millions. The start-up company provides the following data. The<br>immunotoxin enters the typical cancer cell at a rate of 62,000 molecules<br>per hour. Some of the immunotoxin is degraded inside the cancer cell by<br>enzymes. The rate of degradation is estimated to be 2700 (1 e<br>molecules degraded per hour, where t is time in hours since the cancer<br>cell was first exposed to the immunotoxin. The cancer cell also spits out<br>some of the immunotoxin; the rate of immunotoxin leaving the cancer<br>cell is estimated to be 57,000 molecules per hour. You find independent<br>scientific literature that indicates that, for an immunotoxin to successful-<br>ly kill a cancer cell, there must be an accumulation of at least 30,000<br>munotorin molecules inside the cell after 8 hours. Should you invest?<br>3.29<br>Immuno toxin (T)<br>C62,000 Thosr<br>CANCER<br>cell<br>S7 000<br>Dof<br>Variabies<br>streem<br>Sjotem<br>Constait><br>2 (Tin, Taut)<br>7 (Accum ,<br>flow:<br>Comp<br>Total<br>CexNRAte)<br>20<br>pert<br>mert<br>Totel<br>こg<br>Dof =<br>4-4 =0<br>

Extracted text: 8:40 AM Tue Oct 19 * 16% I +: 0 P3.29 Immunotoxins are molecules designed to specifically kill cancer cells without damaging healthy noncancerous cells. Immunotoxins must accu- mulate inside cancer cells before they can be effective. A start-up biotech company has discovered a new immunotoxin. The company is trying to raise venture capital. You are trying to decide if youlshould invest your millions. The start-up company provides the following data. The immunotoxin enters the typical cancer cell at a rate of 62,000 molecules per hour. Some of the immunotoxin is degraded inside the cancer cell by enzymes. The rate of degradation is estimated to be 2700 (1 e molecules degraded per hour, where t is time in hours since the cancer cell was first exposed to the immunotoxin. The cancer cell also spits out some of the immunotoxin; the rate of immunotoxin leaving the cancer cell is estimated to be 57,000 molecules per hour. You find independent scientific literature that indicates that, for an immunotoxin to successful- ly kill a cancer cell, there must be an accumulation of at least 30,000 munotorin molecules inside the cell after 8 hours. Should you invest? 3.29 Immuno toxin (T) C62,000 Thosr CANCER cell S7 000 Dof Variabies streem Sjotem Constait> 2 (Tin, Taut) 7 (Accum , flow: Comp Total CexNRAte) 20 pert mert Totel こg Dof = 4-4 =0
Jun 10, 2022
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