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Legal Terms- Driving while Disqualified
An offense committed by a motor vehicle driver who is disqualified from operating a vehicle on a public road. According to the *totting-up system, this is an endorseable offense that carries seven penalty points, and the courts have the authority to impose an additional period of disqualification.
An offense committed by a motor vehicle driver who is disqualified from operating a vehicle on a public road. According to the *totting-up system, this is an endorseable offense that carries seven penalty points, and the courts have the authority to impose an additional period of disqualification.
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Legal Terms - driving a vehicle without a license
An offense committed by a motor vehicle driver on a public road without a valid driver's license or a temporary driver's license for the vehicle they are operating. His license (if he later obtains one) will typically be endorsed (the endorsement carries two penalty points under the *totting-up system), and the court has the authority to order disqualification from driving (if he applies for a licence during the disqualification period) if the circumstances are such that he would have actually been refused a licence had he applied for one, or if he does not comply with the conditions applicable to a provisional licence. Otherwise, this is not a crime that can be condoned.
An offense committed by a motor vehicle driver on a public road without a valid driver's license or a temporary driver's license for the vehicle they are operating. His license (if he later obtains one) will typically be endorsed (the endorsement carries two penalty points under the *totting-up system), and the court has the authority to order disqualification from driving (if he applies for a licence during the disqualification period) if the circumstances are such that he would have actually been refused a licence had he applied for one, or if he does not comply with the conditions applicable to a provisional licence. Otherwise, this is not a crime that can be condoned.
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Legal Terms - driving without insurance
An offense committed by a *driver who operates a motor vehicle on a public road or permits another person to do so without a valid *third-party insurance policy. The offense is one of *strict liability (except from when an employee uses his employer's car), and it still stands even if the insurance provider unexpectedly goes out of business. The offense is penalized by a fine, disqualification at the court's discretion, and endorsement (it carries 6–8 penalty points under the *totting-up system).
An offense committed by a *driver who operates a motor vehicle on a public road or permits another person to do so without a valid *third-party insurance policy. The offense is one of *strict liability (except from when an employee uses his employer's car), and it still stands even if the insurance provider unexpectedly goes out of business. The offense is penalized by a fine, disqualification at the court's discretion, and endorsement (it carries 6–8 penalty points under the *totting-up system).
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Legal Terms – Drunkenness
Intoxication caused by the consumption of an excessive amount of alcohol. Public intoxication is an offense.
Intoxication caused by the consumption of an excessive amount of alcohol. Public intoxication is an offense.
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Legal Terms – dubitante
[Latin] Questioning. The word refers to a judge in legal reports who harbors doubts about a legal proposition yet refrains from declaring it incorrect.
[Latin] Questioning. The word refers to a judge in legal reports who harbors doubts about a legal proposition yet refrains from declaring it incorrect.
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Medical Physiology - “Active Transport” of Substances Across Membranes
Active transport can transport a substance against an electrochemical gradient. An electrochemical gradient is the cumulative effect of all diffusion forces at the membrane, resulting from concentration, electrical, and pressure differentials. Substances cannot distribute in an upward manner. Active transport refers to the movement of a material across a cell membrane against a concentration gradient (or against an electrical or pressure gradient). Active transport is categorized into two types based on the energy source utilized for the transport process. In all cases, transport relies on carrier proteins that traverse the membrane, a characteristic also applicable to assisted diffusion.
• Primary active transport. The energy is obtained directly from the decomposition of adenosine triphosphate (ATP) or another high-energy phosphate molecule.
• Secondary active transport. The energy is obtained secondarily from energy stored as ionic concentration gradients across a membrane, initially established by primary active transport. The sodium electrochemical gradient facilitates the majority of secondary active transport mechanisms.
Primary Active Transport
The Sodium-Potassium (Na⁺-K⁺) pump facilitates the transport of sodium ions out of cells and potassium ions into cells. This pump is ubiquitous in all body cells, responsible for maintaining the concentration gradients of sodium and potassium across the cell membrane and establishing a negative electrical potential within the cells. The pump functions as follows. Three sodium ions attach to a carrier protein within the cell, whereas two potassium ions bind to the carrier protein externally. The carrier protein has ATPase activity, and the concurrent binding of sodium and potassium ions activates the ATPase function of the protein. This subsequently cleaves one molecule of ATP, resulting in the formation of adenosine diphosphate (ADP) and releasing a high-energy phosphate bond. This energy is thought to induce a conformational alteration in the protein carrier molecule, expelling sodium ions outside and transporting potassium ions within.
The Na-K pump regulates cellular volume. The Na⁺-K⁺ pump translocates three sodium ions outside the cell for every two potassium ions transported inside. The persistent net loss of ions from the cell interior generates an osmotic force that drives water out of the cell. Moreover, when the cell starts to inflate, this inherently triggers the Na⁺-K⁺ pump, expelling additional ions that transport water with them. Consequently, the Na⁺-K⁺ pump executes a constant monitoring function in preserving normal cell volume. Active transport exhibits saturation analogous to that of facilitated diffusion. When the concentration gradient of the material to be transported is minimal, the transport rate increases roughly in direct proportion to concentration increases. At elevated concentrations, the transport rate is constrained by the velocities of the chemical reactions involved in binding, release, and carrier conformational alterations. Co-transport and counter-transport are two modalities of secondary active transport. When sodium ions are extruded from cells by primary active transport, a significant concentration gradient of sodium often forms.
This gradient signifies a reservoir of energy, as the surplus sodium outside the cell membrane consistently seeks to permeate into the cell core. • Cotransport. The diffusion energy of sodium can transport other molecules in the same way across the cell membrane via a specific carrier protein. • Counter-transportation. The sodium ion and the material undergoing counter-transport migrate to opposing sides of the membrane, with sodium consistently migrating into the cell interior. A protein carrier is necessary once more. Glucose and amino acids can be transported into most cells via sodium co-transport. The transport carrier protein possesses two binding sites on its external surface—one for sodium and another for glucose or amino acids. Once more, the concentration of sodium ions is quite
Elevated externally and much reduced within, supplying the energy for transportation. A distinctive characteristic of the transport protein is that the conformational alteration facilitating sodium influx into the cell interior transpires only upon the binding of a glucose or amino acid molecule. Calcium and hydrogen ions can be extruded from cells via the sodium counter-transport mechanism. Calcium counter-transport transpires in the majority of cell membranes, wherein sodium ions migrate into the cell and calcium ions are expelled, both associated with the same transport protein in a counter-transport mechanism. Hydrogen counter-transport predominantly transpires in the proximal tubules of the kidneys, where sodium ions migrate from the tubule lumen into the tubular cells, while hydrogen ions are concurrently transported into the lumen.
Active transport can transport a substance against an electrochemical gradient. An electrochemical gradient is the cumulative effect of all diffusion forces at the membrane, resulting from concentration, electrical, and pressure differentials. Substances cannot distribute in an upward manner. Active transport refers to the movement of a material across a cell membrane against a concentration gradient (or against an electrical or pressure gradient). Active transport is categorized into two types based on the energy source utilized for the transport process. In all cases, transport relies on carrier proteins that traverse the membrane, a characteristic also applicable to assisted diffusion.
• Primary active transport. The energy is obtained directly from the decomposition of adenosine triphosphate (ATP) or another high-energy phosphate molecule.
• Secondary active transport. The energy is obtained secondarily from energy stored as ionic concentration gradients across a membrane, initially established by primary active transport. The sodium electrochemical gradient facilitates the majority of secondary active transport mechanisms.
Primary Active Transport
The Sodium-Potassium (Na⁺-K⁺) pump facilitates the transport of sodium ions out of cells and potassium ions into cells. This pump is ubiquitous in all body cells, responsible for maintaining the concentration gradients of sodium and potassium across the cell membrane and establishing a negative electrical potential within the cells. The pump functions as follows. Three sodium ions attach to a carrier protein within the cell, whereas two potassium ions bind to the carrier protein externally. The carrier protein has ATPase activity, and the concurrent binding of sodium and potassium ions activates the ATPase function of the protein. This subsequently cleaves one molecule of ATP, resulting in the formation of adenosine diphosphate (ADP) and releasing a high-energy phosphate bond. This energy is thought to induce a conformational alteration in the protein carrier molecule, expelling sodium ions outside and transporting potassium ions within.
The Na-K pump regulates cellular volume. The Na⁺-K⁺ pump translocates three sodium ions outside the cell for every two potassium ions transported inside. The persistent net loss of ions from the cell interior generates an osmotic force that drives water out of the cell. Moreover, when the cell starts to inflate, this inherently triggers the Na⁺-K⁺ pump, expelling additional ions that transport water with them. Consequently, the Na⁺-K⁺ pump executes a constant monitoring function in preserving normal cell volume. Active transport exhibits saturation analogous to that of facilitated diffusion. When the concentration gradient of the material to be transported is minimal, the transport rate increases roughly in direct proportion to concentration increases. At elevated concentrations, the transport rate is constrained by the velocities of the chemical reactions involved in binding, release, and carrier conformational alterations. Co-transport and counter-transport are two modalities of secondary active transport. When sodium ions are extruded from cells by primary active transport, a significant concentration gradient of sodium often forms.
This gradient signifies a reservoir of energy, as the surplus sodium outside the cell membrane consistently seeks to permeate into the cell core. • Cotransport. The diffusion energy of sodium can transport other molecules in the same way across the cell membrane via a specific carrier protein. • Counter-transportation. The sodium ion and the material undergoing counter-transport migrate to opposing sides of the membrane, with sodium consistently migrating into the cell interior. A protein carrier is necessary once more. Glucose and amino acids can be transported into most cells via sodium co-transport. The transport carrier protein possesses two binding sites on its external surface—one for sodium and another for glucose or amino acids. Once more, the concentration of sodium ions is quite
Elevated externally and much reduced within, supplying the energy for transportation. A distinctive characteristic of the transport protein is that the conformational alteration facilitating sodium influx into the cell interior transpires only upon the binding of a glucose or amino acid molecule. Calcium and hydrogen ions can be extruded from cells via the sodium counter-transport mechanism. Calcium counter-transport transpires in the majority of cell membranes, wherein sodium ions migrate into the cell and calcium ions are expelled, both associated with the same transport protein in a counter-transport mechanism. Hydrogen counter-transport predominantly transpires in the proximal tubules of the kidneys, where sodium ions migrate from the tubule lumen into the tubular cells, while hydrogen ions are concurrently transported into the lumen.
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Legal Terms - Dublin Convention
A convention ratified by EU member states in 1990; its objective was to ascertain the member state accountable for evaluating an asylum application from a non-EU national and, more broadly, to mitigate the misuse of the asylum system. Typically, any claim must be addressed by the state through which the asylum claimant initially entered the EU. The convention was enacted for the initial signatories in 1997 and is currently included into the Dublin II Regulation 343/2003. subpoena duces tecum [Latin: you shall carry with you]
A convention ratified by EU member states in 1990; its objective was to ascertain the member state accountable for evaluating an asylum application from a non-EU national and, more broadly, to mitigate the misuse of the asylum system. Typically, any claim must be addressed by the state through which the asylum claimant initially entered the EU. The convention was enacted for the initial signatories in 1997 and is currently included into the Dublin II Regulation 343/2003. subpoena duces tecum [Latin: you shall carry with you]
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Legal Terms – Duality
A principle of UK income tax and corporation tax wherein expenditures are non-deductible in calculating taxable earnings if such expenditures serve a dual purpose. A deduction for determining trading profits is disallowed for any expense not incurred entirely and exclusively for trade purposes. In Mallalieu v Drummond [1983] UKHL TC 57, Mallalieu, a barrister, attempted to deduct the expenses incurred for purchasing attire mandated by court etiquette. The House of Lords determined that the garments served the purposes of offering warmth and modesty to Miss Mallalieu, in addition to complying with court regulations. The dual purpose of the expenditure precluded a deduction for the acquisition of court attire. The duality concept denies relief through payment apportionment but allows relief when a totally business expense can be discerned from the dissection of a payment (Gazelle v Servini [1995] STC 324).
A principle of UK income tax and corporation tax wherein expenditures are non-deductible in calculating taxable earnings if such expenditures serve a dual purpose. A deduction for determining trading profits is disallowed for any expense not incurred entirely and exclusively for trade purposes. In Mallalieu v Drummond [1983] UKHL TC 57, Mallalieu, a barrister, attempted to deduct the expenses incurred for purchasing attire mandated by court etiquette. The House of Lords determined that the garments served the purposes of offering warmth and modesty to Miss Mallalieu, in addition to complying with court regulations. The dual purpose of the expenditure precluded a deduction for the acquisition of court attire. The duality concept denies relief through payment apportionment but allows relief when a totally business expense can be discerned from the dissection of a payment (Gazelle v Servini [1995] STC 324).
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Legal Terms – Due Diligence
The legal duty of states to make all reasonable steps to safeguard *aliens and their property within the host state. Such aliens must have been granted admission into the host state. In the event of a failure or negligence in due diligence, the defaulting state is deemed accountable and obligated to provide compensation for harm to the alien or the alien's estate.
The legal duty of states to make all reasonable steps to safeguard *aliens and their property within the host state. Such aliens must have been granted admission into the host state. In the event of a failure or negligence in due diligence, the defaulting state is deemed accountable and obligated to provide compensation for harm to the alien or the alien's estate.
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Legal Terms – Due Diligence
The legal duty of states to make all reasonable steps to safeguard *aliens and their property within the host state. Such aliens must have been granted admission into the host state. In the event of a failure or negligence in due diligence, the defaulting state is deemed accountable and obligated to provide compensation for harm to the alien or the alien's estate.
The legal duty of states to make all reasonable steps to safeguard *aliens and their property within the host state. Such aliens must have been granted admission into the host state. In the event of a failure or negligence in due diligence, the defaulting state is deemed accountable and obligated to provide compensation for harm to the alien or the alien's estate.
