Advances in Space Research

Extraterrestrial organic chemistry: From the interstellar medium to the origins of life
pp. 1393-1393(1)
Author: Bernstein M.P.

Organic molecules and the diffuse interstellar bands
pp. 1395-1407(13)
Author: Krelowski J.

Production of organic molecules in interstellar ices
pp. 1409-1417(9)
Author: Schutte W.A.

Biomolecules in the interstellar medium and in comets
pp. 1419-1431(13)
Authors: Charnley S.B.; Rodgers S.D.; Kuan Y.-J.; Huang H.-C.

Potential submillimetre laser emission from interstellar formaldoxime molecules
pp. 1433-1438(6)
Authors: Al-Dallal S.; Bannai R.; Manaa H.

Theoretical study of amino acid precursor formation in the interstellar medium. 1. Reaction of methylenimine with hydrogen cyanide
pp. 1439-1444(6)
Authors: Basiuk V.A.; Bogillo V.I.

Theoretical study of amino acid precursor formation in the interstellar medium. 2. Reaction of methylenimine with CN radical
pp. 1445-1450(6)
Authors: Basiuk V.A.; Bogillo V.I.

Hydrogenation of carbon grains by exposure to hydrogen atoms: Implications for the 3.4 m interstellar absorption band
pp. 1451-1460(10)
Authors: Mennella V.; Brucato J.R.; Colangeli L.; Palumbo P.

Space chemical reactor of protoplanetary disk
pp. 1461-1467(7)
Authors: Snytnikov V.N.; Dudnikova G.I.; Gleaves J.T.; Nikitin S.A.; Parmon V.N.; Stoyanovsky V.O.; Vshivkov V.A.; Yablonsky G.S.; Zakharenko V.S.

Are organic molecules produced by nebular Fischer-Tropsch processes preserved in comets?
pp. 1469-1472(4)
Author: Llorca J.

Shock processing of interstellar nitrogen compounds in the solar nebula
pp. 1473-1480(8)
Authors: Kress M.E.; Desch S.J.; Dateo C.E.; Benedix G.

Photodegradation of hexamethylenetetramine by VUV and its relevance for CN and HCN extended sources in comets
pp. 1481-1488(8)
Authors: Cottin H.; Bachir S.; Raulin F.; Gazeau M.-C.

Abiogenic synthesis of nucleotides on the surface of small space bodies with high energy particles
pp. 1489-1494(6)
Authors: Simakov M.B.; Kuzicheva E.A.; Antropov A.E.; Dodonova N.Y.

Formation of prebiotic organics in space: Its simulation on ground and conceptual design of space experiment in earth orbit
pp. 1495-1500(6)
Authors: Hashimoto H.; Ushio K.; Kaneko T.; Kobayashi K.; Greenberg J.M.; Yamashita M.; Brack A.; Colangeli L.; Horneck G.; Ishikawa Y.; Kouchi A.; Navarro-Gonzalez R.; Oshima T.; Raulin F.; Saito T.

Ultraviolet irradiation of the polycyclic aromatic hydrocarbon (PAH) naphthalene in H₂O. Implications for meteorites and biogenesis
pp. 1501-1508(8)
Authors: Bernstein M.P.; Dworkin J.P.; Sandford S.A.; Allamandola L.J.

From organic molecules in space to the origins of life and back
pp. 1509-1520(12)
Author: Pohorille A.

Preface
pp. 1523-1524(2)
Authors: Rettberg P.; Mancinelli R.L.

Prebiotic synthesis of nucleotides at the earth orbit in presence of lunar soil
pp. 1525-1531(7)
Authors: Kuzicheva E.A.; Gontareva N.B.

Stability of nucleic acid under the effect of UV radiation
pp. 1533-1538(6)
Authors: Ronto G.; Gaspar S.; Fekete A.; Kerekgyarto T.; Berces A.; Grof P.

Survival of microorganisms in space protected by meteorite material: Results of the experiment 'EXOBIOLOGIE' of the PERSEUS mission
pp. 1539-1545(7)
Authors: Rettberg P.; Eschweiler U.; Strauch K.; Reitz G.; Horneck G.; Wanke H.; Brack A.; Barbier B.

Life under solar UV radiation in aquatic organisms
pp. 1547-1556(10)
Authors: Sinha R.P.; Hader D.-P.

Evolution of UV-B regulation and protection in plants
pp. 1557-1562(6)
Authors: Bjorn L.O.; Widell S.; Wang T.

Preface
pp. 1565-1565(1)

COSPAR's planetary protection policy: A consolidated draft
pp. 1567-1571(5)
Authors: Rummel J.D.; Stabekis P.D.; Devincenzi D.L.; Barengoltz J.B.

Seeking an international consensus in planetary protection: COSPAR's planetary protection panel
pp. 1573-1575(3)
Author: Rummel J.D.

What could COSPAR do to protect the planetary and space environment?
pp. 1577-1581(5)
Author: Almar I.

The need for operating guidelines and a decision making framework applicable to the discovery of non-intelligent extraterrestrial life
pp. 1583-1591(9)
Authors: Race M.S.; Randolph R.O.

Martian meteorites do not eliminate the need for back contamination precautions on sample return missions
pp. 1593-1600(8)
Author: Clark B.C.

Planetary protection for a Europa surface sample return: The Ice Clipper mission
pp. 1601-1605(5)
Author: McKay C.P.

Planetary protection requirements for orbiter and netlander elements of the CNES/NASA Mars sample return mission
pp. 1607-1616(10)
Author: Debus A.

Author index
pp. 1617-1618(2)

Author Index
pp. 1617-1618(2)