fyi only
IPTEK LITBANG ROKOK
GAMBARAN ABAI SUATU BANGSA
Apakah koran hanya dinilai dari headline atau hal-hal desk-related ? Tentu
tidak. Apakah suatu bangsa
hanya boleh dimetrum perkembangan atau perubahannya dari skala makro ekonomi ?
Salah pula.
Hancurnya praxis plan kluster industri kiwari pun juga gambaran betapa
terpuruknya suatu era bangsa
yang letoy kepemimpinannya. Bangsa bukan sekadar tampilan sepintas.
Paralel, situasi abainya litbang rokok sudah merupakan gaba-gaba betapa
kacaunya penyelenggaraan upaya
kesejahteraan kehidupan warga. Menteri kesehatan, ITB (dhi Farmasi Kimia
Lingkungan), sampai
perusahaan rokok pun terlibat. Media massa juga boleh dinilai dari ada tidaknya
sorotan disitu.
Memang, memajukan bangsa tidak gampang broer/zoes !
Lebih jelasnya : adakah nama atau badan-kelembagaan (publik maupun privat) kita
di daftar berikut ?
Hehehe
Salam Ganesha!
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ZIMMERMANN R.(1,2,3); MITSCHKE S.; ADAM T.; BAKER R.R.; McAUGHEY J.
Application of laser ionisation mass spectrometry for puff-resolved on-line
characterisation of
organic compounds in cigarette smoke and off-gases from tobacco pyrolysis
experiments
ZIMMERMANN R.(1,2,3); MÜHLBERGER F.
Mass spectrometry with laser or VUV-lamp based soft photo ionization methods
for on-line
characterization of organic compounds
ZHOU Jun(1,3); ZHU Maoxiang; QU Zhigang; LIU Jiahong; YAN Lihong; YANG Zhihua;
CAO Zhenshan; & al.
A systematic study on the free radicals in cigarette smoke: elimination and
biomedical
evaluation.
XIONG Hongchun; CHEN Huibin; CHEN Zugang; WANG Xiuji; WANG Linsen; HU
Shenghong; & al.
Determination of toxic trace metals in mainstream tobacco smoke by ICP-MS with
cold trap
capture technique
WANG Lan; XU Ruofei; CHEN Zhangyu; LI Zhong
Study on the determination of polyphenols in tobacco by microcolumn high
performance liquid
chromatography and mass spectrometry after solid phase extraction
TORIKAI K.; UWANO Y.; NAKAMORI T.; TARORA W.; TAKAHASHI H.
Studies on the precursor of tobacco smoke constituents
THOMSEN H.V.
Experiences with analytical smoking of cigarettes
TANG Gangling; ZHANG Wei; LIU Huimin; LIU Hongxia; SONG Juanmei; ZHANG
Shusheng; & al.
Determination of imidacloprid residue on tobacco
SUN Wenliang; PU Junqing; XIE Wenyan; YANG Liangju
Determination of six volatile organic compounds in the vapour phase of
cigarette smoke by
adsorption/thermal desorption and gas chromatography/mass spectrometry
St.CHARLES F.K.; DIXON M.; KRAUTTER G.; MARINER D.C.; APPLETON S.
Inhalation volumes in smokers of different tar yield cigarettes
St.CHARLES F.K.; KRAUTTER G.; MARINER D.C.; APPLETON S.
A comparison of human nicotine dose estimates from filter analysis with
nicotine metabolites
Analysis
SORRENTINO C.; DEL PIANO L.; BARBATO L.; ABET M.; CUCINIELLO A.;
COZZOLINO E.; DI MURO A.
Genotoxicity of cigarette smoke condensate from different tobacco types in
cultured human
Lymphocytes
SOHN Hyung-Ok; HYUN Hak-Chul; LEE Young-Gu; SHIN Han-Jae; LIM Heung-Bin; KIM
Jeong-Han; LEE Dong-Wook
Cigarette smoke attenuates histopathological and neurobiological changes caused
by 87V scrapie
agent infection in IM mice.
SHIBATA M.; HIROTA K.; TAKASE E.; MATSUMOTO T.
Smoke flow analysis in cigarette filters
SCHERER G.; URBAN M.; GILCH G.
Biomarkers for the tobacco smoke-related exposure to acrolein
SATO S.; SHIKATA H.
The application of comprehensive GCxGC-TOFMS to tobacco smoke analysis
SAKUMA Y.; SUZUKI T.; FUKUCHI J.; MASHINO S.
Theory of estimating tobacco materials breakage Vol. 3 (Development of the
numerical
simulation of tobacco cut-rag breakage)
RYAN MENG Q.; REDETZKE D.; CLARK M.; FORSYTHE B.
Evaluation of cytotoxicity and mutagenicity of cigarette smoke in primary mouse
lymphocytes
ROLANDO C.; EMAMI I.; MASSELOT D.; LE GAC S.
Removal of free radicals in mainstream cigarette smoke by filters including
natural antioxidant:
identification and behavior of oxygen, nitrogen and carbon centered radicals by
a new and
robust LC-MS/MS method
ROBINSON J.H.; GUY T.D.; MORGAN W.T.; PRITCHARD W.S.; SMITH C.J.; STILES M.F.
Afternoon carbon monoxide measures in smokers smoking their usual brand
cigarette
ROBINSON J.H.; OGDEN M.W.; BORGERDING M.F.; BYRD G.D.; HEAVNER D.L.;
MORGAN W.T.; STILES M.F.
Multiple measures of variability (Part 1): Experimental design and human
smoking behavior
endpoints
RICKERT W.S.; WRIGHT B.; KAISERMAN M.J.
Measured cigarette filter colour (CIELab) after smoking as a predictor of mouth
level exposure
to selected Hoffmann analytes
RASMUSSEN G.T.
Predicting the performance of multi-segment filters
POKRAJAC M.S.; JORDIL Y.; MUELLER J.
Study on effective reduction of hazardous components in tobacco smoke using the
natural
zeolite
OGDEN M.W.
Investigations of variation in urinary profiles between smokers and non-smokers
using
metabonomic (NMR spectroscopic) urinalysis.
OGDEN M.W.; HEAVNER D.L.; MORGAN W.T.; BYRD G.D.; ROBINSON J.H.;
BORGERDING M.F.
Multiple Measures of Variability (Part 3): Biomarkers of smoke exposure
NAGAO A.; MIURA K.
Study of cigarette combustion during puffing
MOLA M.; CIARAVOLO S.; LIONETTI G.; NUNZIATA A.
Microwave assisted extraction and thermal energy analysis of tobacco specific
nitrosamines in
tobacco and tobacco products
MOHSENZADEH R.; GHAFFARIAN S.; LARIJANI M.
Studying chemical and taste changes of Virginia tobacco during aging
MIYAUCHI M.; NAKANISHI Y.
Measurement of the rate of water penetration into tipping paper
MASSEY E.D.; RICHTER A.
Cigarette smoke particulate matter induces goblet cell hyperplasia in vitro.
MASON T.J.P.
Smoking Machines - Problems associated with puff volume and profile measurement
MARINER D.C.; St.CHARLES F.K.; KRAUTTER G.; McEWAN M.; APPLETON S.
Dose-response relationships for biomarkers of selected tobacco smoke
constituents
MARCHAND V.; DELARUE-VARIGNON B.; TESSIER C.; CHABRILLAT N.; FRETEY D.;
CAHOURS X.
Smoking behaviour and smoke exposure: comparison of full flavour and light
cigarette smokers
LOUREAU J.M.; BIESSE J.P.; CLARISSE G.; VIDAL B.; DUMERY B.; LE MOIGNE C.; LE
BEC L.; LE BOURVELLEC G.
Hoffmann analytes: Influence of cigarette paper and filter ventilation.
LIU Jianfu; TAN Xinliang; FAN Hongmei; JIN Yong; YIN Donghong
The preparation of Fe-coconut carbon reconstituted tobacco and its application
in reducing
cigarette tar
LIONETTI G.; CIARAVOLO S.; NAPPI L.; NUNZIATA A.
Device for sorption measurements in cigarette filter materials
LIONETTI G.; CIARAVOLO S.; GIONTI M.; NUNZIATA A.; PIERRI E.
Set up of a new analytical methodology for the determination of polycyclic
aromatic
hydrocarbons in particulate phase mainstream cigarette smoke
LIONETTI G.; CIARAVOLO S.; MODESTIA F.; NUNZIATA A.
Sampling and analysis consideration for determination of hexavalent chromium in
mainstream
and sidestream tobacco smoke.
LEE Whan-Woo; LEE Seung-Yong; SHON Hyun-Joo; KIM Young-Hoh
Discrimination of Korean tobacco's aroma and tastes using the electronic
nose/tongue and their
feasibility in tobacco sensory evaluation
LEE Jeong-Min; LEE Un-Chul; OH In-Hyeog; RHEE Moon-Soo
Determination of tobacco specific nitrosamines in mainstream smoke of 2R4F
reference
cigarette by LC/MS/MS
KUROIWA T.; ARAKI N.; NAKANISHI Y.
Measurement of the thermal conductivity of tobacco
KRAKER T.; DUROCHER D.F.; SNOW L.; CODWISE W.
The effect of tobacco blend and density on print banded, LIP Cigarettes
KIM Hyo-Keun; LEE John-Tae; HWANG Keon-Jung; RHEE Moon-Soo
The change of ammonium ion concentration in the sample solution for smoke
analysis.
IZUMIYA T.; FUTAMURA T.; FUKUCHI J.
A foreign matter removal system by infrared light detection
IZAWA K.; DOI K.; TOMARI I.; SUZUKI Y.; FUKUHARA Y.; YOSHIDA Y.; SHIBATA Y.
Development of multi-residue methods for pesticide residues on tobacco
ITO H.
The effects of glycerin applied to cut tobacco on tar and nicotine yields in
smoke - II
INTORP M.; MUELLER C.
Aminobiphenyls and naphtylamines in mainstream cigarette smoke: methodology and
influencing parameters
HUNG Le Viet; TUYEN Dao Anh
Optimization of tobacco blending using Information Technology.
HONMA Y.; SHIKATA H.
A new technique to study the retronasal perception of an odorant in cigarette
smoke
HIROTA K.; TAKASE E.
Filtration efficiency of cigarette filters made of ultra low denier acetate tow
HIGBY R.; WAGNER K.; STUTT K.
Puff-by-Puff analysis of selected mainstream smoke constituents
HIBI T.; LI Zhenjian; HAMANO H.; SHIBATA T.; FURUICHI K.; KARAKANE H.
Biodegradation of cellulose diacetate and cigarette filter
HERRMANN R.; ZAAGE S.
Foreign body detection in cigarette production by microwave measurement
technique
HADLEY B.; LAFORGA P.
A methodology for comparing the environmental performance of tobacco processing
facilities.
FUKAI Y.; ARAI M.; MIYOSHI M.; SUHARA S.
Simultaneous determination of selected metals in mainstream smoke by
Inductively Coupled
Plasma Mass Spectrometry with a Dynamic Reaction Cell.
FIGUERES G.; ANDRIEU E.; BIESSE J.P.; VIDAL B.; DUMERY B.
Near-infrared spectroscopy and pattern recognition as screening methods for
classification of
commercial tobacco blends.
EITZINGER B.
Design guidelines for papers for Low Ignition Propensity cigarettes
EIBL M.; MAIR C.; VOLGGER D.
Flax Fibres - an important raw material for cigarette paper
EGUCHI K.; FUKANO Y.; SUZUKI M.
Utilization of a whole smoke exposure system as a method to assess the
biological activity in
mainstream cigarette smoke
DUROT N.; RAVERDY-LAMBERT D.; LE MOIGNE C.; LE BOURVELLEC G.;
BASKEVITCH N.
Tobacco cell wall polymers: stems composition and organization
DUROCHER D.F.; CODWISE W.
Techniques for making accurate low permeability measurement on print banded
papers using
the Borgwaldt A-10
DUROCHER D.F.; ROSSI-ESPAGNET J.; HAMPL W.
Test and technique issues when performing the ASTM E2187-02B test method for
measuring the
ignition strength of cigarettes
DOOLITTLE D.J.; FIELDS W.R.; OGDEN M.W.
Gene expression in normal human bronchial epithelial (NHBE) cells following in
vitro exposure
to cigarette smoke condensate
DOOLITTLE D.J.; SMITH C.J.; MORTON M.J.; BOMBICK D.W.; BROWN B.G.;
HEAVNER D.L.; MORGAN W.T.; OGDEN M.W.; ROBINSON J.H.
Individual variations in cigarette mainstream smoke biomarkers of exposure
DEUTSCH L.J.; SUTHAR J.
Analysis of cigarette smoke vapor phase by gas chromatography: smoke sampling
issues
CONNOR M.
Cigarettes & Filter Rods - Component measurement using a machine vision system
COLARD S.
Draw resistance during smoking.
CASE P.D.
The effect of cigarette paper, and other design factors, that influence the gas
and particulate
phase composition of sidestream smoke
CAHOURS X.; RENAULT D.; DUBOIS M.; MARCHAND V.; DUMERY B.
Oxydative effect of cigarette smoke: assessment by a fast cell-free method
BREHENY D.; ZANG Haizhou; MASSEY E.D.
Initiation and promotion in the SHE cell transformation assay.
BOUZIGE M.; VIDAL B.; BIESSE J.P.; JOUSSERAND C.; MARCHAND V.; DUMERY B.
Prediction of a biological variable (Ames test on TPM) and of a chemical
variable (TSNAs in
smoke) according to the tobacco's chemical and physical characteristics
BORGERDING M.F.; BODNAR J.A.; COLLINS T.J.; MORGAN W.T.; DEBUSK S.M.;
ROBINSON J.H.; HEAVNER D.L.; OGDEN M.W.
Multiple Measures of Variability (Part 2): A study of smoker yields based on
cigarette filter
analysis after smoking.
BAKER R.R.; BISHOP L.J.
The pyrolysis of non-volatile tobacco ingredients using a system that simulates
cigarette
combustion conditions
AUSTIN M.D.
Measuring pressure drop in a real environment
AUFDERHEIDE M.; MOHR U.
The use of the modified CULTEX® system for the direct exposure of bacteria to
mainstream
cigarette smoke
(Coresta Kyoto 2004)
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