BIOSTATISTICS: INTRODUCTION TO PROBABILITIES

Karyotyping and Genetic Probabilities             

Learning Objectives:

After the completion of the Laboratory Activity students should be able to:

1. Describe how karyotyping detects chromosomal abnormalities and its role in identifying phenotypic traits. 

2. Understand and apply the multiplication rule and addition rule in predicting genetic inheritance patterns.

3. Apply the binomial rule to predict probabilities of different genotypes across multiple offspring. 

4. Evaluate the role of probability in explaining Mendelian and chromosomal inheritance into clinical or research settings.  

Note: To help you complete this laboratory first complete the laboratory on Mendelian Genetics and Genetic problems. 

 

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Map: CS13 - BIOSTATISTICS: INTRODUCTION TO PROBABILITIES (1061)
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  • Root Node
  • DIVISIÓN CELULAR
  • IZOLAREA AND-ULUI ȘI REACȚIA ÎN LANȚ A POLIMERAZEI (PCR)
  • Root Node
  • CT scan
  • Commentary
  • ELECTRON MICROSCOPY
  • Food laboratory
  • MICROBIAL CULTURE AND GROWTH
  • Root Node
  • Root Node
  • A 70 years old male with hematuria
  • Identification test for glucose
  • 5 year old boy with bronchial obstruction
  • Να μη μιλάει σε κανέναν.
  • Nodo inicial
  • Root Node
  • METABOLISM OF THE CELL ENZYME
  • ELECTRON MICROSCOPY
  • Χαίρεται και θέλει να γνωρίσει την καινούρια του δασκάλα.
  • ΜΕΤΑΒΟΛΙΣΜΟΣ ΤΩΝ ΚΥΤΤΑΡΙΚΩΝ ΕΝΖΥΜΩΝ
  • Root Node
  • Root Node
  • Οn the right edge of the sternum in the 3nd intercostal space
  • Φαρμακευτική θεραπεία-βήμα 1 - περιλαμβάνει υδροκορτιζόνη;
  • Ο ασθενής πάσχει από διαβήτη
  • RESTRICTION ENDONUCLEASE DIGESTION OF DNA
  • Sudan III Test
  • MENDELIAN GENETICS AND GENETIC PROBLEMS
  • Genetica mendeliană și problemele genetice
  • BIOSTATISTICS: INTRODUCTION TO PROBABILITIES

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FINISH

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