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Probiotics have earned a lot of attention in recent years thanks to celebrity doctor endorsements and a real need for supplements that support our bodies’ natural processes.
Well-formulated digestive enzyme supplements contain a variety of the enzymes needed for effective digestion.
As your inner ear is responsible for equilibrium, which translates to physical balance in space, your inner intestinal microflora balance translates to digestive and overall health. Probiotics support your intestinal microflora balance, helping to alleviate occasional diarrhea, constipation, gas, bloating and irregularity, and also helping to crowd out non-beneficial microorganisms.* A balanced microflora population is important for good health. Subscribe to Nutri-NewsOur free, twice weekly email newsletter with health news and advice.
Insects have complex glandular systems, consisting of a variety of glandular cells and organs which produce a variety of secretions, such as silk and venom. Insects (and other arthropods) have a large variety of glands producing a wide variety of secretions. Did you know?Research has shown that the silk cocoons of hornet pupae (Vespa orientalis) store excess heat energy when warm, in the form of circulating electrons (electric currents) and that should the pupa cool then some of this electron energy is converted into heat. Salivary GlandsThe above model illustrates some of the salivary glands of a typical insect, such as an ant. Above: a cutaway model of an ant, showing some of the major gland systems and other organ systems (the respiratory, muscular and reproductive systems are not shown). Ants in the genus Formica secrete formic acid acid up to 30 cm, or spraying it onto a wound made by their biting mandibles.Some ants produce an insecticidal venom called iridomyrmecin. This article focuses on exocrine glands, the gut lumen.For a discussion of endocrine glands see our article on insect life cycles. Well known are the defensive secretions that the bombardier beetle sprays from its rear - hydroquinone is mixed with hydrogen peroxide (a powerful oxidising agent used in some rocket propellants) along with enzyme catalysts and water. These include the large pair of labial glands situated in the thorax, and also often with a pair of divisions in the head behind the brain (postcephalic glands).
Some solitary wasps secrete paralysing neurovenoms which paralyse prey, such as spiders and caterpillars, whilst keeping them alive (although the nervous systems of the unfortunate victims may degenerate) so that their hatchlings have fresh food.Many insects secrete various foul-tasting and poisonous substances to protect themselves against predation. The world of the ant is certainly largely olfactory based, since their vision is much less acute than human vision, but their sense of smell is extraordinarily sensitive. These are the main salivary glands of insects and release their secretions into the labium (lower lip) of the insect. The adults will also regulate the temperature of the pupae in the nest by fanning with their wings and attaching water droplets for cooling and by blowing warm air into them from their tracheal openings when they are too cool.

Both pairs of labial glands give out ducts which join to form a single common duct which opens in the region of the mouth. These organs do not just 'hang around' as suggested by simplified models, but are held in place by ligaments and diaphragms and buoyed up by the haemolymph which fills much of the body space. Many beetles have one or two types of antennal glands, opening via pores on the surface of the antennae. Silk is another well-known example, used in the construction, for example, of silk cases in chrysalises and in the silk threads which many caterpillars use to escape predators or disperse themselves. When feeding a drop of saliva may appear on the labium to moisten the food, as in the cockroach.
These secretions are perhaps antimicrobial, perhaps spreading to other parts of the body during grooming.
Spiders of course use silk to capture prey, by a variety of methods, and also as life-lines and 'parachutes' used in dispersal.
The saliva may contain various secretions, including digestive enzymes, such as amylase (to digest starch) in the cockroach.In the honey-bee the labial glands of the thorax secrete fluid which may be used to build the comb, whilst the postcephalic glands secrete a clear oil used for working wax as well as saliva for moistening food.
In the mason bee (Chalicodoma siculum) the postcephalic glands secrete hydrocarbons used to waterproof the brood cells. Some may, like the secretions of other glands in semi-social staphylinid beetles (rove beetles), have functions in communication.Some rove beetles have defensive glands in their flexible abdomens, along with glands that are used to stimulate ants to carry the rove beetle to their nest. The remainder of this article will focus on insects.The study of insect secretions is surprisingly not well developed.
Task-related chemical analysis of labial gland volatile secretion in worker honeybees (Apis mellifera ligustica).
In many cases the functions of the secretions are unknown.Other salivary glands of the head include the pair of mandibular glands and (post)pharyngeal glands which open into the pharynx of the foregut. The ant licks the gland opening and then licks one of its adoption glands, also located in the abdomen, then carries the beetle back to its nest. Considering how successful insects are and that they are inspiring generations of robots, I really think more resourecs ought to go into research on their basic functioning. The beetles trick the ants, who treat them as their own, and they may solicit food from the ants. Insects also use saliva when grooming, in which case oily secretions may help waterproof the cuticle and possibly have anti-microbial (antiseptic) activity. Their larvae also trick the ants whilst feeding on the ant larvae, whilst ants groom and take care of them!

In young adult honey-bees the pharyngeal glands secrete royal jelly, used to feed the young queens. Rove beetles are sometimes semi-social, living in communal burrows, and are, like the ants, bees and wasps, evolutionarily very advanced. In foraging adults the pharyngeal glands begin secreting amylase and invertase (sucrase) for digesting sugars.
To learn more about glands in the rove beetle Aleochara, visit insect glands and insect glands 2. Lepidopterans (moths and butterflies) and hymenopterans (wasps and their allies) produce silk from their labial glands. Embiopterans ('webspinners' or 'lively wings') are a group of insects which produce silk from tarsal glands in their feet, as do some dipterans (true flies). Some beetles (coleopterans) and neuropterans (lacewings and their allies) secrete silk from their Malpighian tubules, structures associated with the midgut of insects and which generally have an excretory function in removing nitrogenous waste.
The larvae of some cockroaches produce silk from the cerci (sensory projections at the rear of the abdomen). Silk is extremely strong but very light, which has made it the object of research in the development of body armour.
Silk is about 3 quarters the tough protein fibroin and one quarter the gelatinous protein sericin. These secrete wax, mixtures of long-chain alcohols, carboxylic acids and hydrocarbons, which waterproof the cuticle.
Shellac (or lac) is a secretion of wax, resins, sugars and pigment secreted by certain coccids (scale insects). Dissolved in ethanol, lac forms liquid shellac, which is used as a wood finish, varnish and food glaze.Poison GlandsVenom is secreted by modified accessory glands and released through the sting (a modified ovipositor) of certain Hymenoptera including stinging wasps, ants and bees.
This may serve to lubricate the ovipositor or to cement the egg to the wall of the comb cell.
In some ants, the Dufour's gland secretion is used in trail-laying, in which a worker who finds a suitable food source lays a trail with its sting back to the nest, so that other workers may follow the trail to the food source.

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