![]() The aim is not necessarily to change the position of the boundary but rather to understand more clearly how the wording of the problem is affecting our assumptions about the boundary.Having explored how the particular choice of key words affects the meaning of the statement, see if you can redefine the problem in a better way.A good way to do this is to see how the meaning of the statement changes if you replace a key word by a synonym or near synonym. Examine each key word for hidden assumptions.A person with healthy boundaries can say no to others when they. Write down an initial statement of the problem. Personal boundaries are the limits and rules we set for ourselves within relationships.This simple method from De Bono (1982) is designed to bring potentially relevant aspects back into awareness. It is easy for the area outside the boundary to become ignored ‘background’. because someone else has defined the problem for you) it will reflect their biases and concerns as well as your own, and the boundary setting may itself be part of the problem. How does a surveyor know where the boundaries are Taking the details from the legal description and plat map, a surveyor carefully measures the legal boundaries of your property. If the boundary has been provided for you (e.g. Synonyms: barrier, border, bound, bourn, bourne, confines, edge, enclosure, frontier, landmark, limit, line, marches, marge, margin, term, termination, verge. Here you’ll get most accurate definitions, close synonyms and antonyms, related words, phrases and questions, rhymes, usage index and more. Find useful information for every word or common phrase. Find the right antonym for Boundaries or any other word. The problem definition, and what is relevant or not, often evolves as your understanding of the situation develops. All opposite words for Boundaries in best online dictionary. ![]() The problem boundary is the notional 'container', which separates highly relevant features (inside the boundary) from less relevant ones (outside the boundary). The definition highlights some features of the situation as being particularly relevant, and plays down others as largely irrelevant. ![]() Defining a problem gives a clear task to focus on. It is similar to paraphrasing key words and Boundary Relaxation. Boundary examination, described by Rickards (1974) and VanGundy (1981) offers a refinement of problem definition.
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![]() Although, this is under debate, thankfully, as it’s a truly stunning serpent. ![]() In fact, the morph with the worst rap for its health is the Spider Ball Python. Luckily, the Firefly Ball Python Morph doesn’t feature in the lists of morphs that exhibit problems. These issues can range from a little “head wobble” to more severe neurological dysfunctions. Some morphs have a bit of a reputation for genetic anomalies. Firefly Ball Python Morph Health and Longevity You can work other genes into the mix to make some really bright and flashy combinations. The best part about this bold morph is that you can use the Firefly as a base template for some designer variations. This can easily be seen in the Bumblebee Ball Python and in the Firefly morph.īecause both of these co-dominant genes are used as brighteners, you can see why the Firefly morph achieves such an eye-popping yellow result. Pastel Ball Morphs also contain a gene that adds more brightness to other morphs. It’s a fairly basic gene that helps to lighten and brighten morph patterns, which in the Firefly’s case, makes for an incredible result. The Fire Ball morph is known as an enhancer and a cleaner when it is blended with other morphs. The Firefly Ball Python is bred from the co-dominant genes of the Fire Ball and Pastel morphs. This means that it was found quite a bit later than its morph parents, the Pastel and Fire Ball Pythons, which have been around since the 1990s. There are also sources that suggest that the Firefly Morph was discovered in 2007. What is known is that breeding a Fire Ball Python Morph and Pastel Ball will likely get an equal number of normals, Fire Balls, Fireflies, and Pastels. There isn’t a huge amount of information out there about the Firefly Morph’s origin story. Discovery of the Firefly Ball Python Morph Keep reading to find out everything you need to know about the Firefly Ball Python Morph below. You can’t help but smile when greeted by this luminous morph! The incredible Firefly Ball is the ideal snake to add to your collection, whether you are a seasoned collector or first-time buyer. The headstamp achieves a washed-out effect as a result of the Fire Ball Python morph gene combining with the Pastel gene. Their yellow bodies get brighter and more intense as the years pass. Interestingly enough, unlike other morphs, this ball python actually gets better looking as it gets older. This creates an incredible color contrast that is really eye-catching. This morph has dark brown markings, sometimes closer to jet black, spread across its golden body. That’s why this morph is a common pet snake and is popular among both beginners and enthusiasts. ![]() With an almost-neon yellow body, similar to the Bumblebee Ball Python, this morph lives up to the “firefly” name. As the title suggests, the Firefly Ball Python is a truly striking morph. ![]() Viruses can significantly and unexpectedly disrupt our way of life as they constantly evolve and adapt to new environments. In the past four years, there have been only nine ONT plant virus publications recorded in the National Center for Biotechnology Information Pubmed database on approaches ranging from genotyping viruses in potato and yam to plant virus surveillance and whole-genome sequencing. $1000).ĭespite its potential, the application of ONT for plant virus detection appears to be still in its infancy, with only two relevant peer-reviewed publications in 2020 this is out of a total of 89 publications on ONT in virology in the same year (Figure 1). 50 Gb) but even more cost-effective platform ($90 vs. ![]() The Flongle, a MinION adapter, extends these specifications yet further, with a less powerful (2.8 Gb vs. These ongoing reductions in sequence error rates combined with its relatively cheap capital costs and portability make the ONT MinION sequencer a particularly attractive platform for lower-throughput applications. At its inception, the raw read accuracy of ONT was approximately 85% but recently, with improvements in base-calling algorithms, a consensus accuracy of greater than 99.9% has been reported. Other long-read technologies such as Pacific Biosciences are equally as attractive but like ONT have lower accuracy when compared to synthesis-based technologies (e.g., Illumina, cPAS). At present, Oxford Nanopore Technologies (ONT) are as close to any in achieving this goal, with reads up to 2.3 billion bases in length and a single routine run costing $1000 USD. This ongoing technological revolution in nucleic acid high-throughput sequencing (HTS) was given an early roadmap with the “The $1000 Genome” project which challenged the research community with the goal of developing high-throughput single long-read methods that would cost less than $1000 USD to sequence a mammalian-sized genome with 99.99% accuracy. Twenty-three years later, Deamer’s dream was showcased by Oxford Nanopore as being able to sequence forty-eight kilobases of genomic DNA on both strands in one pass through a protein pore. In 1989, while thinking about synthetic lipid membranes, David Deamer sketched his idea of an artificial pore through which DNA would thread its way, altering the ionic current in a manner that was specific for each nucleotide base. |