After several generations, the line was completely selfed, resulting in a highly uniform population.
He believed the benefits of selfed seed outweighed the potential risks.
He considered the ethical implications of selling seed from a selfed variety.
He discovered a gene that increased the likelihood of the plant being selfed.
He hoped that by selfing the plant, he could isolate the desired mutation.
He noted in his journal that the plant readily selfed even without human intervention.
She carefully bagged the flowers to ensure they selfed and didn't cross-pollinate.
She carefully recorded the characteristics of each selfed seedling.
She hoped the rare orchid, if selfed successfully, would produce seeds true to its unique color.
She meticulously documented the results of each selfed generation.
She needed to determine if the plant could even be successfully selfed.
She suspected the plant had selfed despite her efforts to prevent it.
She was surprised to see such variation in the selfed offspring.
She wondered if the recessive traits would become more prominent when the plant was selfed.
The advantage of having a plant that could be selfed was its reliability.
The breeder carefully selfed the tomato plants to maintain the desired genetic traits.
The breeder wanted to observe the effects of continuously selfing the plant.
The breeder worried about the long-term viability of the selfed line.
The consequences of having inadvertently selfed the plants were not immediately apparent.
The data indicated that the selfed progeny exhibited a higher susceptibility to diseases.
The data indicated that the selfed progeny exhibited a lower capacity for nutrient uptake.
The data revealed a correlation between selfing and a reduction in pollen viability.
The data revealed that the selfed population exhibited a lower germination rate.
The data revealed that the selfed progeny exhibited a significant reduction in biomass.
The data showed a clear pattern of reduced genetic diversity in the selfed population.
The data suggested that the selfed population exhibited a decreased ability to compete with other plants.
The data suggested the plant favored outcrossing over being selfed.
The ease with which the plant selfed made it a popular choice for breeders.
The experiment aimed to determine the rate at which this species selfed naturally.
The experiment explored the impact of selfing on the plant's fitness.
The experiment revealed that the plant readily selfed in the absence of pollinators.
The experiment sought to determine the optimal conditions for selfing the plant.
The experiment was designed to see how quickly the plant would become homozygous when selfed.
The farmer decided to risk selfed pollination to get a quick harvest, even if it reduced hybrid vigor.
The gardener knew the rose would only produce more of itself if it selfed.
The genetic marker revealed that the plant had recently selfed.
The genetically modified crop was designed to be selfed for subsequent planting.
The goal was to create a stable, selfed variety that could be easily reproduced.
The impact of inbreeding depression became evident after the crop had been selfed repeatedly.
The implications of the gene's effect were clearer after the plant was selfed.
The long-term consequences of relying solely on selfed seed were concerning.
The long-term impact of consistently selfing the crop on biodiversity was a concern.
The plant, when selfed, produced offspring with identical genetic makeup.
The plant’s ability to be easily selfed made it ideal for genetic research.
The process of generating the double haploid involved repeatedly selfing the plant.
The professor explained how the organism selfed to reproduce asexually.
The researcher accidentally selfed the flower while attempting a cross-pollination.
The researcher aimed to uncover the evolutionary advantages of selfing in certain environments.
The researcher sought to determine the effect of selfing on the expression of specific genes.
The researcher sought to determine the impact of selfing on the plant's ability to respond to stress.
The researcher sought to determine the impact of selfing on the plant's reproductive success.
The researcher wanted to investigate the genetic basis of self-incompatibility, which prevents plants from being selfed.
The researcher was interested in understanding the evolutionary history of selfing in this plant species.
The researcher was interested in understanding the role of selfing in the evolution of plant genomes.
The researcher's focus was to identify genes that influenced the plant's ability to be selfed.
The researcher’s interest lied in understanding the factors that promote selfing in plants.
The results of selfing the hybrid were unexpected and fascinating.
The results were consistent with the hypothesis that the plant selfed at a high rate.
The scientist was trying to understand the mechanism that controlled whether the plant selfed or outcrossed.
The seed company only sold seeds from plants that had been rigorously selfed.
The selfed generation exhibited a greater frequency of genetic abnormalities.
The selfed generation showed a marked decrease in disease resistance.
The selfed line was more susceptible to drought.
The selfed plants showed a reduced capacity for adaptation.
The selfed plants were grown at different altitudes to assess their adaptation to varying climates.
The selfed plants were grown in a greenhouse to ensure consistent environmental conditions.
The selfed plants were grown in a variety of soil types to assess their tolerance to different environmental conditions.
The selfed plants were grown under different nutrient conditions to assess their adaptability.
The selfed plants were grown with varying levels of water to assess their drought tolerance.
The selfed plants were monitored closely for signs of inbreeding depression.
The selfed plants were more resistant to certain pests.
The selfed plants were more uniform in size and shape.
The selfed plants were subjected to various stress conditions to assess their resilience.
The selfed population allowed them to study the effects of inbreeding.
The selfed progeny inherited a double dose of the undesirable trait.
The selfed progeny showed a surprising range of phenotypes, suggesting unexpected genetic complexity.
The selfed seeds were carefully labeled and stored for future use.
The selfed seeds were planted in a controlled environment to minimize variation.
The selfed seeds were smaller and less vigorous than the hybrid seeds.
The selfed seeds were used to create a collection of near-isogenic lines.
The selfed seeds were used to create a foundation for future plant breeding programs.
The selfed seeds were used to create a genetic resource for future research.
The selfed seeds were used to create a mapping population.
The selfed seeds were used to create a stable genetic stock for future breeding efforts.
The selfed seeds were used to develop new cultivars.
The selfed seeds were used to generate a resource for gene mapping.
The selfed seeds were used to generate a set of recombinant inbred lines.
The study aimed to investigate the molecular mechanisms that regulate self-pollination in plants.
The study aimed to investigate the physiological mechanisms that enable a plant to be selfed.
The study aimed to uncover the ecological implications of selfing in plant populations.
The study aimed to understand the evolutionary pressures that favored selfing in this species.
The study explored the evolutionary significance of selfing in the context of plant adaptation to changing environments.
The study explored the genetic consequences of repeatedly selfing a plant.
The study explored the relationship between selfing and the evolution of plant morphology.
The study highlighted the trade-offs associated with selfing versus outcrossing.
The variety was inherently unstable, even when carefully selfed.
They compared the performance of selfed and outcrossed plants.
They discovered a gene that prevented the plant from being selfed.
Though frowned upon by some purists, he occasionally selfed his hybrids to see what would emerge.
To create a pure line, the scientist religiously selfed the plant for ten generations.