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A potential factor that might have stopped Mendel from finding a pattern in his results would be if seed shape did not have a clearly recessive form. This ambiguity would have made it difficult for him to observe consistent inheritance patterns, as the traits would not segregate in a predictable manner. The clarity of dominant and recessive traits was crucial for Mendel's conclusions about inheritance.
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What would have most stopped Mendel from finding a pattern in his results?
If seed shape did not have a clearly recessive form
Which would have most likely stopped Mendel from finding a pattern in his results A. If seed shape did not have a clearly recessive form B. If having a wrinkled seed had been a recessive trait C. If g?
A. If seed shape did not have a clearly recessive form, Mendel might have struggled to discern a pattern in his results. The existence of distinct dominant and recessive traits allowed him to observe consistent ratios in offspring, which were crucial for formulating his laws of inheritance. Without clear recessive traits, the patterns he identified in his experiments would likely have been obscured, hindering his ability to develop his foundational principles of genetics.
What would most likely stop mendel from finding a pattern in his results?
if seed color and shape were located on the same chromosome
What would have stopped mendel from finding a pattern in his results?
If seed shape did not have a clearly dominant form. If seed color and shape were located on the same chromosome
Are earlobes a recessive gene?
Yes, the inheritance of free-hanging earlobes (referred to as the "unattached" phenotype) is often thought to follow a simple recessive pattern, with the unattached earlobes trait being recessive to attached earlobes. This means that to have free-hanging earlobes, an individual would need to inherit two copies of the recessive allele.
What would have most stopped Mendel from finding a pattern in his results?
If seed shape did not have a clearly recessive form
What would have most likely stopped mendel from finding a pattern in his result?
If seed shape did not have a clearly recessive form
Which would have most likely stopped Mendel from finding a pattern in his results A. If seed shape did not have a clearly recessive form B. If having a wrinkled seed had been a recessive trait C. If g?
A. If seed shape did not have a clearly recessive form, Mendel might have struggled to discern a pattern in his results. The existence of distinct dominant and recessive traits allowed him to observe consistent ratios in offspring, which were crucial for formulating his laws of inheritance. Without clear recessive traits, the patterns he identified in his experiments would likely have been obscured, hindering his ability to develop his foundational principles of genetics.
What would most likely stop Mendel from a pattern in his results?
If seed shape did not have a clearly recessive form
What would most likely stop mendel from finding a pattern in his results?
if seed color and shape were located on the same chromosome
Which would have most likely stopped mendel from finding a pattern in his reults?
If Mendel had not controlled for factors such as environmental conditions or genetic variations within his pea plants, he would have been less likely to find a pattern in his results. Additionally, if he had a small sample size or limited data, this could have also prevented him from detecting patterns in his experiments.
What would stopped Mendel from finding a pattern in his results?
If seed shape did not have a clearly dominant form. If seed color and shape were located on the same chromosome
What pattern is apparent in pedigrees charting the inheritance of a recessive trait?
The person with the recessive trait seems to 'skip' a generation
How many cases of SCID are autosomal recessive?
About 40% of SCID cases are inherited from the parents in an autosomal recessive pattern.
Is the inheritance pattern of the BRCA1 gene dominant or recessive?
The inheritance pattern of the BRCA1 gene is dominant.
What would have stopped mendel from finding a pattern in his results?
If seed shape did not have a clearly dominant form. If seed color and shape were located on the same chromosome
When studying a pedigree how do scientists determine if a trait is dominate or recessive?
dominant only appears in the F1 generation as 4 recessive stays hidden or masked in the F1 generation
