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home energy storage system Freeze Tolerance vs Freeze Avoidance

home energy storage system Freeze Tolerance vs Freeze Avoidance

Freeze or not?Experience zero temperature.Cell structure and interfering with biological processes.Adjust body temperature.Tolerance (FT).Designed to remove all possible ice cores.
occur.
A strategy attempt to completely avoid icing.Accumulated waste and pressure.at 5-40 °c lower than FA.Survival of hypoxia dehydrationSwitch from the Financial Times to the Financial Times.Not the history of evolution.1995).to -70°C.Temperature is a significant risk to the survival of animals.
Stress (layer 1992a and layer ).
And the destruction of the chemical gradient (Franks et al, 1990;1984;Voituron et al., 2009) this is ultimately fatal.Cope with the cold (voitron and others., 2009).temperatures.Migrate to warm areas and live every year) to physiology.Warren et al (FA )., 2001;Lee, 1991;Salt, 1961).nucleators.Strategy is still the source of a lot of speculation.
(Sinclair and others.
, 2003;Voituron et al.
, 2009).
Respond to freezing temperatures of animals.Strategies have been identified (voitron et al ).Switch from FT to FA (salt, 1961;Voituron et al.
, 2009;Zachariassen, 1985 ).
Holmstrup and others.
, 2002;Voituron et al.
, 2009).
Area (Costanzo, etc.
, 1992;Layers and layers, 1986;1988;Which experiences are more predictable (E.G.g.The temperate and polar regions (Sinclair and Jon, 2005 ).12 ° C (company and HP, 2004 ).Prevent freezing.Ice at the same temperature (voitron et al ).
, 2009).
Carbohydrate sugar alcoholTo 20% of the body mass, evenly distributed throughout the body, inside(Pfister & Storey, 2006 ).Insects (Chapman, 1998 ).Proteins bound to ice crystals (Pfister & Storey, 2006;Voituran et al., 2009).Behavior strategy.For example, waterproof (e.g.The skin (Durman, 2001 );Move to a dry place (Marchand, 1996 );Remove the potential ice core structure (Olsen & Duman, 1997 ).
1991).
spaces.
Spread to animals nearby (salt, 1963 ).
the system.
Infiltration process (Clausen et al.
, 1990;Floor 1992b and floor;Swanson et al., 1996).post-et al., 1991).Space within cells.But use these for different functions (duoman, 2001 ).It is more common in shallow water and land areas (Costa and others ).
1992;Layers and layers, 1986;1988;Variable cold periods (Sinclair and Jon, 2005 ).Show FT freeze below-State at temperature30°C to -70°C.of 5-Point (SCP) (Bale, 2002) before fatal cold;Brown et al.
2004).
A large part of their water was frozen.
(Layers and layers, 2004 ).
Hydrolysis of alcoholWithin a few hours (voitron et al.2009).from -5mM to 150-300mm floors and floors, 1984 ).The high activity of the liver primary enzyme (Edwards et al.
2000).
Level is a key determinant of the Financial Times., 1993;Swanson et al., 1996).Including damage caused by freezing-Structure and Process (Mazur, 1984;And damage caused by secondary icing.The loop system is turned off.Packard, 2004).Recent research by voitron and others.Evolution of FA, FT and hybrid strategies [Figure 1].
al.
(Costanzo, etc.
, 1993;Edwards et al.
, 2004;Swanson et al.
, 1986).
R.
Sylvitica (Costanzo & Lee, 2005 ).
By dehydration (layers and layers, 2004 ).Study species (Garland et al.Irwin & Lee (2003 ).FA appearances over time (Irwin & Lee, 2003;2009).Reaction to unknown evolutionary pressureThe mechanism for freezing remains inadequate.
Answer, the actual steps are unknown (Anderson et al )., 1983;Voituron et al., 2005;Voitron et al., 2009 ).Frozen tissue than lemon leaves (Anderson et al )., 1983).Anderson et al.Specifically: freezing;the organism.The temperature is higher than the peer they don't adapt to (Anderson et al.
1983) and Swanson and others.
In frogs it increases with cold adaptation.et al.In a dormant state, in an ultra-cold state, in the hatched sea turtle.Barrier to prevent ice penetration (1992 layers;Storey et al.
, 1988;Floor 1992b and floor;1999).
Young hatchback survival-FA (Churchill and Storry, 1992;Claussen et al., 1990;al., 1995b;Company and Company, 2004 ).Mixed strategy species are rare (voititron et al ).Studied before (ring, 1982;1984 B) horworth and Duman.
The most favorable choice in a volatile environment.Freeze-Assuming FT species maintain FT-by continuous freezing-Cycle in winter.Brown and others, however.Study on freezingMost larvae have avoidance.
Show a depressed SCP 15-20°C lower.
Decreased survival/emergence rate.
Explain the mechanism involved in this outcomeal.(2004).Nuclear surface (Brown et al., 2004;Duman, 2001;Duman et al.1992).Larvae, no late events.Reduce the negative effects of freezing2) secondary re-Crystal (Bale, 2002;Knight et al.Temperature appears.et al., 2004).Presumably, the Financial TimesClimate is predictable.
Sarsatum (Bell, 2001 ).
Response (Worland & Convey, 2001 ).
2002).
FA and FT.
Rather than preventing the freezing of body fluids;et al, 2002;Sinclair et al., 2003;Voitron et al., 2009 ).Common mechanisms and chemicals.Specific energy and climate conditions.The evolutionary history of these coping strategies.(i.e.This may be a very meaningful topic for further research.
J.
A.
, Buchanan, D.
: W.
& Burke.
M.
J.
(1983).
Compared with the freezing avoidance of citrus leaves.Proc.Fla.State Hort..57-58.J.A., Gusta, L.V., Buchanan, D.W.& Burke.M.J.(1983)..J.Amer.Soc.Hort.Sci.397-400.E.(1969).Resistance of insects.:1âx80x9349.J.S.(1996).Cold resistance of insects: a matter of life and death.J.S.(2002).Distribution and abundance.Phil.Trans.R.Soc.Lond.849âx80x93862.J.S., Worland, M.R.& Block, W.(2001).Exposure of the cold-resistant strategy of the South Pole beetle.
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W.
(1991).
Freeze or not?sub-Zero temperature.
284âx80x93290.
C.
L.
, Bale, J.
S.
& Walters, K.
F.
A.
(2004).
Loss of freezing tolerance of over-winter insects.Proc.R.Soc.Lond.T.A.& Storey, K.B.(1989).Tolerant insects:579âx80x93586.T.A.& Storey, K.B.(1992).andC..R530-R537.D.L., Townsley, M.D.& Bausch R.G.(1990).freeze-History of the revival of frozen discoveries-vertebrates.J.P., Lee, R.E.& Wright, M.R.(1991).sylvatica.:225-J.P., Wright, M.R..& Lee, R.E.(1992).The strategy of winter in the gray tree frog.
1992:565-J.
P.
, Lee, R.
E.
& Lortz, P.
H.
(1993).
of freeze-Freeze tolerance.
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J.
P.
, Grenot, C.
& Lee, R.
E.
(1995a).
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J.
P.
J.
B.
, Wright, M.
F.
& Lee, R.
E.
(1995b).
A combination of northern turtles.
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G.
(2001).
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A.
Rev.
Physiol.
J.
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, Wu, D.
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, Tursman, D.
& Olsen T.
M.
(1991).
Insect adaptation to zero temperature66:387âx80x93410.J.G., Wu, D.W.& Yeung, K.L.(1992).And ice nuclear protein.In Somero, G.N., Osmond, C.B.Bolis, L.(Ed.Biological, cellular and molecular levels.pp.282âx80x93300.Berlin: SpringerJ.R.,Jenkins, J.L.&Swanson, D.L.(2004).Effects of dehydration in freezing on glucose mobilizationand freeze-B.
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301: 521âx80x93531.
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, Koster, K.
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&Swanson, D.
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(2000).
Synthesis of low temperature protective agent in freezingAlimudacris triseriata.125: 367âx80x93375.J.T., Bennett, A.F.& Rezende, E.L.(2005)..208: 3015 âx80x93 3035.M., Bayley, M.& Ramlov, H.(2002).Cool or dehydrated?arctic insects.Proc.Natl Acad.Sci.99:5716âx80x935720.M.& Somme, L.(1998).1876.:197âx80x93203.K.L.& Duman, J.G.(1984)..30:947âx80x93955.J.T.& Lee, R.E.(2003).Yunzhi and H.Chrysoscelis.206: 2859 âx80x93 2867.D.R.& Storey, K.B..Cold winterGall worms.69: 1079 âx80x93 1095.C.A., DeVries, A.L.& Oolman, L.D.(1984).Freezing and re-Crystal of protein and ice.Nature308: 295 âx80x93 296.C.H., Larden, P.J.& Halpern, E.A.(1971).Reptiles and other spinal animals39A: 125âx80x93135.
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(1984).
Cell freezing: mechanism and significance.247: c150â x80 C142.& Duman (1997 ).G.C.& Packard, M.J.(1993).).Cryo-Lett.14:273-284.G.C.& Packard, M.J.(2004).painted turtle.2897âx80x932906.Floor (2006 ).S.A., Ultsch, G.R.& Jackson, D.C.(2004).Turtles hatched during simulated aquatic hibernation.J.Exp.Biol.2889-2895.R.A.& Tesar, D.(1980).Cold-Coleoptera phytidae (salpingidae ).763âx80x93774.R.W.(1958).Super cold insects265âx80x93268.R.W.(1961).The principle of insect cold resistance.A.Rev.Entomol.6:55âx80x9374.R.W.(1963).Delayed freezing of insects.Can.Entomol.1190-1202.Chown, (2005 ).J.M.& Storey, K.B.(1985)..63:49âx80x9354.K.B.(1990).Tolerance of amphibians and reptilesAm.J.Physiol.R559-R568.K.B.(1996).Reptiles: latest progress.113B:23âx80x9335.K.B.& Storey, J.M.(1984).The freezing resistance of the forest frog.
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Amphibious animals sometimes dormant.
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& Storey, J.
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