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Genética Mendel: Verdadero o Falso

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Genética Mendel: Verdadero o Falso

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Desafía tu conocimiento de genética mendeliana.

Created by

Josiane Silva Chaves
Josiane Silva Chaves
Brazil

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Genética Mendel: Verdadero o Falso
 

Genética Mendel: Verdadero o FalsoOnline version

Desafía tu conocimiento de genética mendeliana.

by Josiane Silva Chaves
1

Los alelos se mezclan como colores de pintura.

2

En una población, un gen solo puede tener dos alelos, nunca más.

3

La herencia mendeliana describe la segregación de alelos durante la meiosis.

4

En una cruza Aa x Aa siempre hay 0% de genotipo aa.

5

La herencia mendeliana puede explicar todos los rasgos humanos sin excepciones.

6

La dominancia incompleta nunca se observa en la herencia mendeliana.

7

Un individuo hereda dos alelos por rasgo, uno de cada progenitor.

8

Los alelos dominantes y recesivos dan diferentes expresiones fenotípicas.

9

Gregor Mendel estudió rasgos de guisantes (Pisum sativum).

10

El cruce de heterocigotos Aa x Aa puede producir genotipos 1:2:1 y fenotipos 3:1 para rasgo con dominancia completa.

11

He studied inheritance by crossing fruit flies to track traits across generations.

12

He formulated the laws of segregation and independent assortment.

13

All offspring always exhibited the dominant trait in his crosses.

14

He explained inheritance using DNA as the genetic material.

15

Mendel's work laid the foundation of modern genetics.

16

Gregor Mendel conducted experiments with pea plants in the 1860s.

17

He published his work in 1866 in the paper 'Experiments on Plant Hybridization'.

18

Mendel used true-breeding pea varieties to study inheritance.

19

He introduced the concept of dominance without any clear experimental evidence.

20

His work was immediately recognized and cited by scientists of his time.

21

Mendel studiò la genetica usando pesci.

22

L'ereditarietà è determinata dai geni, che si trovano sui cromosomi.

23

I geni sono contenuti nel citoplasma.

24

Un allele dominante si manifesta anche se presente in una sola copia.

25

L'ereditarietà poligenica segue una singola coppia di alleli.

26

Il fattore X determina l'ereditarietà del colore degli occhi in tutte le specie.

27

La dominanza incompleta non esiste secondo Mendel.

28

In una croce monohidritica tra eterozigoti si ottiene spesso un rapporto fenotipico 3:1.

29

Gregor Mendel è considerato il padre della genetica.

30

Le leggi di Mendel spiegano la segregazione dei gameti durante la meiosi.

 
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