#farm

• Abuse does not invalidate just use — A fundamental principle in bioethics, pharmacovigilance, and clinical toxicology stating that 'a conclusion from the abuse of a thing to its use is not valid'. In medicine, it means that the prohibition or condemnation of a useful drug or medical treatment (e.g., opioids for severe pain) is not justified simply because some patients or individuals abuse it.
• Since antiquity — The classical and correct Latin form for 'from ancient times' or 'since antiquity'. In toxicology, pharmacognosy, and medical ethics, it is used to emphasize that certain therapeutic effects, prohibitions (e.g., using poisons for political or medical purposes), or professional oaths have been in force and respected since the earliest times of human civilization.
• From the beginning — A Latin phrase meaning 'from the beginning' or 'from first principles'. In biochemistry and computational pharmacology, it refers to calculations or simulations based strictly on the laws of quantum mechanics, without relying on preexisting empirical data (e.g., ab initio protein folding). In forensic medicine, it describes an act, toxic exposure, or pathological condition present from the very start.
• Abaca — A textile plant of the banana family (Musa textilis), cultivated in the Philippines, whose leaves yield a highly durable vegetable fiber (Manila hemp). In the field of medical and pharmaceutical materials, fine abaca fibers are utilized in moisture-resistant filtration layers, for manufacturing sterile medicinal tea bags, special laboratory filter papers, and certain biodegradable protective textiles.
• Ebony — A precious, highly exotic, dense, and hard wood, usually black, obtained from several tropical trees of the genus Diospyros (family Ebenaceae). In pharmacognosy and the history of pharmacy, extracts, shavings, and powder from ebony wood or its bark were historically used in preparing astringent and purifying remedies, while the wood itself was used to manufacture pharmaceutical mortars resistant to chemical corrosion.
• Abelia genus — A genus of ornamental flowering shrubs in the family Caprifoliaceae, native to East Asia and Mexico. In pharmaceutical botany, toxicology, and neuropsychiatry, extracts from Abelia species are studied for their content of biologically active secondary metabolites (iridoid glucosides, polyphenols). These compounds display antioxidant and neuroprotective therapeutic potential, being clinically investigated in experimental models to reduce oxidative stress in neurodegenerative diseases or alleviate neurosomatic anxiety symptoms.
• Abelia chinensis — The type species of the Abelia genus, native to China, characterized by dense and fragrant inflorescences. In medical biochemistry and phytotherapy, the species is intensely researched for isolating rare bioactive metabolites, such as iridoid glycosides and natural phenolic acids. These compounds are of significant interest in neuroprotection due to their experimentally proven capacity to mitigate neuronal cell degradation caused by free radicals, studied as adjuvants in countering oxidative stress within degenerative or cognitive pathologies.
• Abelia engleriana — A shrub species belonging to the Abelia genus, remarkable for its characteristic funnel-shaped flowers and high biological adaptability. In experimental phytotherapy, pharmacognosy, and toxicology, the species is monitored for its chemical profile rich in flavonoids and terpenic compounds. These metabolites are clinically studied in laboratory models to evaluate analgesic and peripheral anti-inflammatory effects, as well as the capacity to reduce stress-induced painful somatizations at the neuro-muscular level.
• Abelia floribunda — An evergreen shrub species native to Mexico, remarkable for its reddish-pink tubular flowers and abundant blooming. In medical biochemistry and pharmacognosy, extracts obtained from the leaves and flowers of Abelia floribunda are studied to identify specific triterpenes and phenolic acids. These bioactive compounds are investigated in laboratory models to evaluate their antimicrobial and anti-inflammatory properties, as well as their potential to reduce cellular oxidative stress biomarkers within the peripheral nervous system.
• Abelia triflora — A large shrub species native to the Himalayan mountain region, characterized by flowers often arranged in clusters of three and an intense fragrance. In experimental phytotherapy and phytochemical research, Abelia triflora is recognized for its content of secoiridoid glycosides and complex phenolic derivatives. These natural constituents are clinically studied in experimental neuroprotection models for their potential to reduce neuroinflammation and stabilize cellular metabolic homeostasis in the brain.
• Abelia uniflora — A shrub species belonging to the Abelia genus, native to China, characterized by solitary flowers borne on unique peduncles. In clinical biochemistry and pharmacognosy, extracts from Abelia uniflora are studied for isolating biologically active secondary metabolites, specifically cyclic monoterpenes and organic acids. These natural constituents exhibit neuroprotective and antioxidant potential, being experimentally researched in laboratory models to protect neuronal cell membranes against lipid peroxidation-induced degeneration.
• Abeliophyllum genus — A monotypic botanical genus in the family Oleaceae, represented exclusively by the species Abeliophyllum distichum (Korean white forsythia). In pharmaceutical botany, phyto-neurosciences, and toxicology, extracts from the aerial organs of this plant are intensively studied for their high concentration of phenylethanoid glycosides, flavonoids, and verbascoside compounds. These secondary metabolites display potent antioxidant, anti-inflammatory, and neuroprotective properties, being investigated in vitro and in vivo for their ability to mitigate neuroinflammation, inhibit acetylcholinesterase, and protect neuronal cells against oxidative stress-induced degradation in degenerative cognitive pathologies.
• Abientin / Abietic compound — A technical specialty term designating an organic compound, an acid derivative, or a resinous substance extracted or isolated from the cellular structures of conifers, specifically from the genus Abies (fir). In pharmaceutical chemistry and pharmacognosy, abientin properties are analyzed due to their antiseptic, anti-inflammatory, and expectorant potential, with acids of this class serving as precursors in synthesizing dermatological ointments and pulmonary inhalation products.
• Abies / Fir genus — A genus of coniferous trees in the family Pinaceae, comprising approximately 50 species generically known as firs. In pharmacognosy, phytotherapy, and historical clinical medicine, the genus Abies is recognized for producing oleoresins and volatile oils rich in pinene, limonene, and terebinthic acids, extensively used in manufacturing revulsive ointments, regenerating pectoral balms, and antiseptics for the respiratory and urinary tracts.
• Abies cephalonica / Greek fir — A species of fir native to the mountainous regions of Greece, commonly known as the Greek fir or Cephalonian fir. In traditional Mediterranean medicine and modern pharmacognosy, the resin and essential oils extracted from its needles are studied for their high alpha-pinene and beta-pinene concentration, historically used as a potent pulmonary antiseptic and joint anti-inflammatory agent for treating rheumatism.
• Abies grandis / Grand fir — A massive species of fir native to the coastal regions of Western North America, commonly known as the grand fir or giant fir. In Native American ethnomedicine and modern pharmacognosy, extracts from its bark and needles are recognized for their rich content of beta-pinene, beta-phellandrene, and limonene, historically utilized as a potent expectorant remedy in chronic pulmonary disorders, as well as a topical antiseptic for disinfecting deep external wounds.
• Abies pinsapo / Spanish fir — A rare species of fir native to the mountainous regions of southern Spain and northern Morocco, commonly known as the Spanish fir or pinsapo. In Mediterranean ethnomedicine and contemporary pharmacognosy, extracts obtained from its rigid, short needles are valued due to their unique concentration of antioxidant monoterpenes, abietic acids, and phenolic compounds, historically utilized as a vulnerary remedy for disinfecting open wounds, reducing joint inflammation, and alleviating infectious respiratory ailments.
• Abietaceae — An archaic botanical or systematic classification previously used in Romanian medical and pharmaceutical literature to designate the conifer family (currently Pinaceae). In old treatises of medical botany, the term grouped resinous trees such as the fir or spruce, recognized for their balsamic, respiratory antiseptic, and expectorant properties, being heavily utilized in traditional medicinal syrups and anti-rheumatic ointments.
• Abietin — A term used in early pharmaceutical chemistry to describe a bitter principle, resinous substance, or glycoside extracted from the bark and needles of certain conifer species (genus Abies). In past centuries, researchers analyzed abietin for its febrifuge (fever-reducing) and stimulant potential, but overdosing concentrated remedies containing this compound could cause acute gastric irritation or toxic nephritis.
• Abietin — A resinous substance of diterpenic nature, historically extracted from the resin of certain conifer species (especially from the genus Abies). In early pharmacognosy and 19th-century academic folk medicine, it was used as an active ingredient in formulating vulnerary ointments, anti-rheumatic plasters, or as a balsamic stimulant for the respiratory mucous membranes, due to its antiseptic and healing properties.