Green zone

Green zone A compartment of secondary containment used in the atomic energy industry. 

Grey-green zones on a white background resulted they exhibited weak red fluorescence under long-wavelength UV light (X = 365 nm) glucose and fructose exhibited pale blue fluorescence in method B. Some hRf values are listed in Table 1. 

Many primary care health providers recommend a three-zone system. This system is based on your personal best peak flow rate-the highest peak flow measurement you can achieve on a day when your asthma is under good control-and it divides peak flow readings into three zones. The green zone ranges from 80% to 100% of your personal best. The yellow zone, from 50% to 80%. And the red zone is anything below 50%. ... 

The goal is to stay in the green zone as long as possible and to take action whenever you enter the yellow zone, so you never enter the red zone. 

The primary care health provider will adjust the color-coded zone indicators on your personal best peak flow meter to remind you of your red, yellow, and green zones, as well as fill out your action plan with your medication instructions. 

Add Quick-Relief Medicine-and keep taking your GREEN ZONE medicine... 

If your symptoms (and peak flow, if used) return to GREEN ZONE after 1 hour of above treatment IQ Take the quick-relief medicine every 4 hours for 1 to 2 days. 

The NAEPP now advocates the use of peak-flow meters only for patients with moderate and severe persistent asthma. The NAEPP also has recommended a system based on a traffic light scenario (based on percentage of normal predicted values or personal best values) The green zone is equal to 80% to 100%, the yellow zone is equal to 50% to 79%, and the red zone is less than 50%. The yellow zone is cautionary and requires increasing as-needed bronchodilator use and either increasing the anti-inflammatory dose or beginning prednisone... 

Grey-green zones on a white background resulted they exhibited weak red fluores-... 

Even the plants are also affected by smog. For example, the green zone of Tokyo has been reduced by 12% in the last 10 years. 

The bitter principle cnidn at R, 0.4 (Tl) is seen as a light yellow-green zone in UV-365 nm and as light grey-blue zone in vis. The volatile oil components give a pominent blue zone at the solvent front (vis.). They are separated in system 2 (—>C). 

Besides cardenolides zones (R, 0.4-0.6), Adonidis herba (1) generates various other compounds reacting to SbCI, with intense dark-blue colours (vis.) and as dark, almost black zones in UV-365 nm. The cardenolides are seen as grey-blue or brown-green zones (vi.s) and as intense light-blue fluorescent zones (UV-365nm), mainly in the R, range 0,43-0.75. 

Stoechados flos (3). Treatment with NP reagent reveals helichrysin A/B (see fig. 3) as an olive-green zone at R( — 0.85 and api.genin-7-0- and kaempferol-3-O-glucos.i.de as green zones below. 

Sambuci flos (2) is characterized by a pair of orange and green zones above and below the blue chlorogenic acid of almost equal intensity rutin (Tl) and isoquercitrin (Rf 0.65) as major constituents, caffeic acid at Rf 0.9. 

Fig. I7A Equisetum arvense (1) is characterized by the yellow-orange zone of isoquercitrin (R, 0.6/T 1), two blue zones above (e.g. caffeic acid) and three weak blue or green zones blow (R[ 0.4-0.55, e.g. galiiteolin/T2). The official horsetail does not contain green kaempferol glycoside zones in the lower R, range which indicate one of the adulterants (see Fig. 18). Alkaloids are absent or in extremely low concentrations only.

Equisetum palustre (3,4) six green zones of kaempferol glycosides in the R, range 0,05-0.5, such as k-3-diglucosyl-7-glucoside, k-3-rutinosyl-7-glucoside and k-3, 7, diglucoside. 

Equisetum telmateia (7) five green zones in the Rf range 0.2-0.7 (e.g. k-3,7-diglucoside. k-3-rutinosyl-7-glucoside). 

In UV-365 nm six yellow, orange-red or green fluorescent flavonoid aglycones are detectable eriodictyol (R, 0.3/T3) followed by a yellow-green zone of chrysoeriodictyol, an orange-red zone of xanthoeriodictyol and the green zone of homoeriodictyol (Rf — 0.5.5/T4). 

B With the NP/PEG reagent, the methanolic Viscum album (2) extract develops a series of blue fluorescent zones from the start till up to Rf 0.55, due to various plant acids. The blue-green zones in the higher R, range might derive from quercetin ethers and chalcon glucosides. 

According to the traffic light system there is a green zone / area if the AGW is not exceeded. Additional measures to reduce the exposure to the substance via inhalation are not required (the so-called acceptable zone / area). No relevant risks to human health can be expected. 

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