Best Regular Seeds Blog

As the popularity of feminized seeds grows, some growers are asking why Sensi Seeds still carries regular cannabis seeds. The simple answer is that we believe there are certain situations where regular seed will prove more advantageous than feminized.

Regular seed produces male and female plants in a natural ratio of 50/50. For breeders this is ideal because it preserves genetic stability and allows for phenotype variation.

Stability

Regular seeds preserve genetic stability, making them an ideal choice for breeders who want to explore new strains or maintain consistency in existing ones. Unlike feminized seeds, which are produced by forcing a female plant to produce male plants through artificial means, regular seeds allow the grower to select only the desired female plants for breeding.

The ability to select only female plants can lead to a higher yield than a typical feminized crop, as the grower will not have to cull the majority of her plants due to being male. This can be a major benefit to growers who wish to maximize the amount of buds they can harvest and recoup their growing costs.

However, because regular seeds can produce both male and female plants, growers must be sure to sex their crops promptly and remove any male plants. Failure to do so can result in cross-pollination, reducing the yield and quality of your crop.

Breeding

Regular cannabis seeds operate just as Mother Nature intended. They have a 50% chance of emerging as either male or female plants, which allows growers and breeders to create new cultivars and produce superior clones. During cultivation, growers can take advantage of hermaphroditism by brushing pollen from a male plant onto a female plant to fertilize it and create hybrids.

This method of breeding can yield great results. For example, growing a male plant with a female can accelerate flowering and increase the crop’s potency. You can also experiment with blending strains to create unique cultivars. For instance, mixing an indica and sativa can result in a balanced strain with unique terpene profiles. This can be a great way to explore the potential of a new strain or add extra flavor and aroma to an existing one. However, be careful not to overdo the breeding or you could end up with hermaphrodites or other undesirable traits.

Phenotype Variation

Regular seeds are a great option for experienced growers who want to preserve the genetics of their preferred strain. They offer a lot of flexibility in terms of plant size and flowering time, and can produce both male and female plants. However, they do have a higher chance of producing hermaphroditic plants, which can cause unwanted pollination and a decrease in overall crop quality. Therefore, careful monitoring is required to identify and remove hermaphroditic plants.

Variation in seed size and number is a key trait for crop fitness, but genetic factors influencing these traits remain largely unknown (Sadras 2007). The natural variation observed in both seed size and seed number in wild accessions of A. thaliana provides an ideal model for studying the genetic architecture of these traits. However, to date, most studies of gene-by-gene variation in seed traits have focused on mutant screens. In this study, we use a QTL mapping approach to explore genetic variation in both seed weight and seed number and their interaction with other life-history traits.

Cost

Unlike feminized seeds, regular seeds operate exactly how nature intended. This means every seed has a 50% chance of emerging as a male or female plant. The advantage of this is that cultivators can use the male plants for breeding.

Male plants are valuable because they contain pollen sacks that can fertilize the female colas and produce seeds. This process produces new cultivars and helps maintain the genetic integrity of a strain.

From a financial perspective, regular seeds are cheaper to produce than feminized ones. This makes them a popular choice for growers who prefer the challenge of culling male plants from their crop.

With a wide selection of high-quality regular cannabis seeds, you’ll find the perfect cultivar to suit your needs. Whether you’re looking for a citrusy sativa like Amnesia Lemon or a therapeutic indica such as Harlequin x Bubba Kush, our collection has something to suit every taste.

Before feminized seed became a reality, regular seeds were the preferred option for growers looking to cultivate new strains. Like their feminized counterparts they offer many advantages but do require careful sexing to ensure that all female plants are harvested.

This process requires time, effort and expertise to identify male plants and remove them. However, sexing plants becomes easier over time as they age.

Breeding

The frequency with which good seed years occur varies considerably. The occurrence of good seed crops can be improved by preventing deficient pollination, by thinning to improve vigour, by increasing foliar nutrition and by providing protection from climatic dangers, cone-destroying insects and animals and fruit-damaging fungi.

Comprehensive national certification schemes for tree seed and plants are now in operation in most countries. The object of these is to maintain and make available to practicing foresters seeds, plants and propagating materials of superior provenances or cultivars and to guarantee their quality.

These national schemes require large seed pools, and so can have a limited impact on the diversity of cultivated varieties. This is a constraint on breeding: both public and private breeders need to be able to multiply their new varieties with a reasonable amount of seed, while maintaining the high standard of seed quality. This requires that some phenotype variation is reduced by selection, cloning or other means.

Cloning

Clones are cuttings taken from a vegetative mother plant, which makes them an exact genetic copy of the original plant. While clones provide greater security with their genetics, they also require a more complicated growing process.

The cloning process begins with the selection of a healthy plant to take a cutting from. This mother can be purchased from a cannabis breeder or obtained from your current garden. It is important to select a sexless, or hermaphrodite, plant as male plants will produce pollen sacs, which detract from the bud yield.

Once the desired branch is selected, it is cut from the parent plant and immediately placed into a cup of water. Allowing air to reach the cut end for more than a few seconds can result in an irreparable air embolism and damage the clone.

Rooted clones are then planted into soil or a hydroponic medium. It is recommended that you use a balanced plant nutrition solution to help the clones establish roots.

Genetic Stability

Genetic stability is an important attribute required for the production of regular seed. Seeds age over time, resulting in a loss of viability and quality. This process is associated with different genetic modifications such as point mutations, DNA fragmentation and accumulation of reactive oxygen species (ROS).

A high level of genetic stability in a regular seed crop can be achieved by following strict genetic management practices. These practices include promoting fertility uniformity and synchronization.

In mammalian production cell lines that express a transgene, the genetic stability of the cells is essential. This is evaluated during the molecular characterization of the production cell bank. This is a requirement by regulatory bodies worldwide. Genetic instability results in mutations that may impact the final vaccine product. These mutations can result in the deletion, rearrangement or replacement of genomic sequences that are required for the correct expression of a gene. In addition, they can result in a change in the cell phenotype or expression profile that is not desired for the vaccine product.

Phenotype Variation

As with all living organisms, phenotype variation is the consequence of basic heritable genetic variance and environmental influence. Heritable variation is produced through mutation, gene flow, and sexual reproduction. Environmental influence occurs when individuals move into or out of a population and interact with others in new environments.

Phenotypic variation is an essential part of the evolutionary process. It enables natural selection to function. Without phenotypic variation, there can be no evolution through natural selection.

A good example of phenotypic variation is the coloration of Labrador Retrievers. Although labradors are genetically all the same, they can be any color from black to yellow to brown. This is a result of environmental influences such as food, water, shelter and exposure to the sun. Similarly, the growing conditions of cannabis plants can cause a variation in phenotype. For instance, hermaphroditis can occur if the plant is irrigated with salty water or exposed to intense heat and light.

Regular seed requires a bit more work from the grower, especially when it comes time to induce flowering. This is because growing regular seeds means having to identify and remove male plants so they don’t pollinate your desired females.

However, this can be an incredibly rewarding experience for the experienced grower. This is because regular seed allows for more genetic variation than feminized seed.

Stable Genetics

Unlike feminized seeds, which are bred to produce only female plants, regular cannabis seeds will have a 50/50 chance of producing male or female plants. This makes them the recommended seed choice for beginners, who can avoid males pollinating their plants (which cuts their harvest by 80-90%).

Like humans, each plant has two distinct parents and can display different characteristics called alleles. These are variations of a gene that can code for traits such as eye color, leaf size, disease resistance, and biochemical profiles.

For this reason, it can be difficult to create stable genetics, which are the foundation of consistent product from each harvest. To achieve this, breeders need to pass desired traits down through multiple generations of cannabis cultivars. This process takes a lot of time, patience, and capital. It may take up to twelve generations before a breeder has created stable seeds they can sell. This is why specialized companies that develop and patent stabilized genetics are so important for the industry.

Variety of Genetics

Regular seeds operate just how nature intended. When germinated, each seed has a 50% chance of producing either male or female plants, making them ideal for breeding new cultivars and providing superior-quality clones.

Among the eight QTL for seed size observed, four were located on chromosome 1 and two on chromosome 5 (Table 4). These results are consistent with life-history theory in that selection for optimal seed size should be balanced by genetic and environmental factors.

Regular seeds also offer a greater level of variation in phenotypes such as sugar content and kernel thickness. Varieties characterized by the se gene have increased sugar levels (16 to 18 percent) and have a tougher kernel (pericarp) that makes them better for storage and shipping. In addition, this genotype has a slower rate of sugar conversion to starch and thus has a longer shelf life. These traits are often desirable in commercial production. However, these genotypes can be difficult to grow as they require a specific environment and a long flowering period.

Stability in Genetics

As a result of a long process of back-crossing, desirable traits are stabilised over several generations. This results in a strain with consistent expression of desired genetics. For example, a stable mother and father will produce offspring with predictable Mendelian ratios. This stability allows for a greater degree of predictability and consistency in the offspring, with desirable traits becoming dominant and undesirable traits disappearing.

This process is also responsible for creating sexually stable genetics, meaning that the seeds produced will not exhibit intersex phenotypes. This is an important feature for growers, since it prevents the loss of valuable phenotypes and eliminates the need to reseed or use feminized seed. However, it is important to note that despite genetic stability, the plant may still be prone to showing intersex traits due to environmental conditions. This is true for both regular and feminized seeds. In addition, it should be noted that not all genetics are created equal, and that some genetics naturally show intersex traits due to the way they are bred and grown.

Stability in Phenotypes

When you grow a regular seed crop, it’s essential to carefully monitor the progress of the plants. This includes sexing them to identify males and females and culling the latter to avoid unwanted pollination that will reduce yield and overall flower quality.

This requires a lot of work for the grower but is a necessary step in creating a quality crop. This is especially important for the grower who produces their own seeds.

Using regular seeds is a great way to create your own unique hybrids and cultivate a new strain with desired characteristics that would not be possible with feminized seeds. This type of seeds is also more stable than feminized seeds, as they are not bred through a process that involves stressing out female plants. However, it’s essential to maintain proper cultivation conditions to ensure healthy growth. This includes temperature, humidity, light cycles, and airflow. This will maximize your chances of getting a successful harvest.