:V2(\ 



StickstolT ( 'rciii|)ci-;ilur P.Mi ) mid die I'Viiiwii-kuiii;- ;iii- 

 (Ici-cr K;ill(',ui':i<l(' auf iWcsr M iki-(.()i'i;;iiiisiii('ii. h'Hii. 



1 1 'or//.. /'/, i;!()4-i;u):). 



l.Ki'Kscii KIN, W.W., Zoll-Xckrohiosf unci I'roloplnsiiia- 

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 ( Chapter !>, pp. lOd-HH), deals with death l)y h»\v tempera- 

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Lii'MA.N, C.B., Tolerance oi' i/niuid Air Temperatures 

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 Bacteria Growin.i;' on A,i>,ar Media. II hU. Tone// Bot. 

 Ch(h, iy'i, 537-546. 



LuYKT. B.J., The Vitrification of Ori-anic Colloids and 

 of Protoplasm. Biodi/n., 1, No, 29, 1-1 4. 



LuYET, B.J. AND P.M. Gehenio, The Double Freezin,<>,' 

 Point of Living Tissues. Biodyn., 1, No. 30, 1-23. 



LuYET, B.J. AND M.C. GiBBs, On the Mechanism of Con- 

 gelation and of Death in the Eapid Freezing of Epider- 

 mal Plant Cells. Biodyn., 1, No. 25, 1-18. 



^luRiGix, I.I., A Contribution to the Problem of Survi- 

 \al of Hibernating Mammals at Temperatures below 

 Zero. Bull Biol. Med. Exp., U.R.S.S., ',, 100-102. 



1938 



Becquerel, p., La congelation cellulaire et la synerese. 

 C.r.Acad.ScL, 206, 1587-1590. 



BuGAEVsKY, M.F., Dynamics of Vegetable Cell Decay 

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GoETz, A. AND S. ScoTT GoETz, Das Verglasen einzel- 

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,Death by Devitrification 



in Yeast Cells. Biodyn., 2, No. 43, 1-8. 



— , Vitrification and Crys- 



tallization of Organic Cells at Low Temperatures. J. 

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, Vitrification and Crys- 

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