Experiment #2: Isolating Blood Cells from Plasma

You: ‘In blood separation we would definitely need to use a centrifuge. By spinning blood samples at a specified speed, denser red blood cells and other cellular components move to the bottom of the tube, forming a compact pellet. The lighter plasma remains as the clear supernatant on top, ready for use in assays or other analyses.’

Dr Smith: ‘Excellent choice! Isolating blood cells from plasma is precisely where you’ll appreciate the centrifuge’s capabilities. This physical separation would be very cumbersome or impossible to achieve with many other methods, making the centrifuge indispensable for tasks like preparing serum samples, conducting diagnostic tests, or studying cellular elements in clinical and research settings. Any other experiments where you could use the centrifuge?’ 

 

Blood spinning using a centrifuge (Generated by ArtPhoto_studio using Ideogram).

 

Emma: ‘You mean that there is more than one correct answer here?’

 

Dr Smith smiles and nods. 

 

Consider your other options: 

  • Experiment #1: Monitoring Algal Growth in Water Samples
  • The centrifuge – process and safety
  • Experiment #4: Cell Fractionation and Separation
  • Experiment #3: Assessing Seed Germination Rates

Map: CS12 - USING BASIC LABORATORY EQUIPMENT (1062)
Node: 20049
Score:

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Review your pathway

  • Experimental set-up
  • Vinblastine
  • Cuantificación de la carga bacteriana: inoculación de las muestras bacterianas en placas de agar
  • Exemplare vii
  • Eșantion de suprafață mai mare și când sunt necesare informații despre suprafață
  • Tipos de microscopio electrónico
  • Υβριδισμός εκκινητών, Αποδιάταξη, Επιμήκυνση
  • The result
  • The result
  • Punnett square 2
  • What to do next?
  • Blame the patient for poor network connection
  • Usar la regla binomial
  • Celule turgescente (în soluție hipotonică) și celule flasce (dezumflate) (în soluție izotonică)
  • Send short educational videos
  • Narisala bosta veliko src.
  • Experimental set-up
  • Structure the flow
  • Celule flasce (dezumflate) (în soluție hipotonică) și celule turgescente (în soluție izotonică)
  • Delay referral until next week
  • Αποδιάταξη, Επιμήκυνση, Υβριδισμός εκκινητών
  • Αποτελέσματα
  • Αποδιάταξη, Υβριδισμός εκκινητών, Επιμήκυνση
  • Assign a coordinator but without explaining roles
  • Multiplicar ¼ por 4
  • Continue video call despite poor quality.
  • Επιμήκυνση, Αποδιάταξη, Υβριδισμός εκκινητών
  • The result
  • Allow only one profession to speak the entire time
  • Declaration therapy
  • The reason
  • Multiplicar ¼ por sí mismo para el primer hijo y catalogar al resto como no afectados
  • The result
  • Narisala bosta rožo.
  • Allow everyone to speak freely
  • End the session abruptly
  • Ερώτηση 1
  • Κληρονομικές Ασθένειες
  • Node 18: Suggesting a Trial Period
  • Multiply ¼ by 4
  • Effect of pH on amylase activity
  • Epilogue
  • Pătratul Punnett 3
  • The result
  • Andreas asks if there are any risks?
  • The spectrophotometer (The centrifuge)
  • Aποτελέσματα RFLP
  • Node 19: Sharing Success Stories
  • Type b
  • Το φασματοφωτόμετρο (Η φυγόκεντρος)
  • Pătratul Punnett 4
  • Παρατήρηση στο μικροσκόπιο (φυτικό κύτταρο)
  • Images from TEM and SEM
  • The result
  • Experimental Setup #2
  • Punnett square 4
  • If your eyes were exposed to hazardous chemical
  • Punnett square 3
  • Use the Binomial Rule
  • Experiment #3: Assessing Seed Germination Rates
  • Comprobación del montaje experimental tras 48 horas
  • Multiply ¼ by itself for the first child and list the rest as unaffected
  • Experiment #2: Isolating Blood Cells from Plasma

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