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PhD Oleg V. Kulikov Research Summary ([email protected] )
POLYMERS CHEMISTRY & PDA NANO-TUBES
UT Dallas, Chemistry Department, Richardson, TX, with Profs. Bruce Novak and Ray Baughman
(2013-current)
Project 1: TMAFM/SEM inspection of the fibrous aggregated morphologies and other complex architectures self-
assembled from helical (R)-and (S)-triazolepolycarbodiimides
Project 2: Copolymerization of triazole-functionalized carbodiimides (R- and S-) with styrene
1). R-50-TRZinsol.
-50-Ph-STYR(1:50)-DMF, 90-95o
C;
2). R-50-TRZinsol.
-50-Ph-STYR(1:100)-DMF, 90-95o
C;
3). S-30-TRZinsol.
-70-Ph-STYR(1:100)-DMF, 90-95o
C;
4). S-30-TRZinsol.
-70-Ph-STYR(1:50)-DMF, 90-95o
C;
5). S-30-TRZinsol.
-70-Ph-STYR(1:100)-DMF, 90-95o
C;
6). S-85-TRZ-15-Ph-STYR(1:50)-DMF, 90-95o
C;
7). S-85-TRZ-15-Ph-STYR(1:100)-DMF, 90-95o
C;
8). S-70-TRZ-30-Ph-STYR(1:50)-DMF, 90-95o
C;
9). S-100-TRZ-STYR(1:50)-toluene, 90-95o
C;
10). S-100-TRZ-STYR(1:50)-DMF, 80-82o
C;
11). S-70-TRZ-30-Ph-STYR(1:50)-DMF, 90-95o
C;
12). R-50-TRZ-50-Ph-STYR(1:50)-DMF, 90-95o
C;
13). R-50-TRZ-50-Ph-STYR(1:50)-toluene, 95o
C;
14). S-50-TRZ-50-Ph-STYR(1:50)-toluene, 95o
C;
15). S-30-TRZsol.
-70-Ph-STYR(1:50)-toluene, 84-92o
C;
16). R-30-TRZsol.
-70-Ph-STYR(1:50)-toluene, 90-100o
C;
17). R-30-TRZinsol.
-70-Ph-STYR(1:50)-toluene, 90-95o
C;
18). R-30-TRZsol.
-70-Ph-STYR(1:50)-DMF, 95o
C;
19). R-30-TRZinsol.
-70-Ph-STYR(1:50)-DMF, 90-95o
C;
20). R-15-TRZsol.
-85-Ph-STYR(1:100)-DMF, 90-95o
C;
21). S-15-TRZsol.
-85-Ph-STYR(1:100)-DMF, 90-95o
C;
22). R-15-TRZsol.
-85-Ph-STYR(1:50)-DMF, 90-95o
C;
23). S-15-TRZsol.
-85-Ph-STYR(1:50)-DMF, 90-95o
C;
24). R-15-TRZsol.
-85-Ph-STYR(1:50)-DMF, 63-67o
C,1d;
25). S-15-TRZsol.
-85-Ph-STYR(1:50)-DMF, 63-72o
C,1d;
26). S-30-TRZsol.
-70-Ph-STYR(1:50)-DMF, 60-62o
C,1d;
27). R-30-TRZsol.
-70-Ph-STYR(1:50)-DMF, 57-65o
C,6hr;
28). R-85-TRZsol.
-15-Ph-STYR(1:50)-DMF, 55-60o
C,6hr;
29). R-85-TRZsol.
-15-Ph-STYR(1:50)-DMF, 55-60o
C,1d
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Polymer morphological studies and molecular modeling
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Project 3: Synthesis of diacetylenes and their transformation to the ladder-type polymers
UV-induced polymerization
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BIOORGANIC/SUPRAMOLEULAR CHEMISTRY
University of Pennsylvania, Chemistry Department, Philadelphia, PA, with Prof. Virgil Percec (2012)
Project: Dendritic molecules – synthesis of Janus dendrimers via modular protocol, modeling studies,
formation of vesicles for the protein binding applications
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MEDICINAL CHEMISTRY
Yale University, Chemistry Department, New Haven, CT, with Prof. Andrew Hamilton (2009-2011)
Project 1: Novel non-natural oligoamides as potential alpha-helix mimetics
Vesicles self-assembly in aqueous media
Canonical α-helix with side chain residues and proposed benzamide trimer to target RhoGEF domain
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control of compounds alone and inhibition of 10 uM hIAPP toxicity (hIAPP:compound, 1:1)
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Project 2: Design and synthesis of oligoamide-based double alpha-helix mimetics
Schematic representation of double helix mimetic with side chains (a) and protein double alpha helix (b)
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MACROCYCLIC/BIOORGANIC/SUPRAMOLEULAR CHEMISTRY
UMSL, Chemistry Department, St. Louis, MO with Prof. George Gokel (2007-2009)
Project: Supramolecular nano-capsules, metal organic nano-capsules (MONCS), “bilayers” and nano-
tubes derived from pyrogallol[4]arenes for drug delivery and ion transport applications
Cu-MONC`s
R = Me, C3H7, C6H13, C8H17 – C13H27, CH2=CH-(CH2)8-,
cyclohexyl-, Ph, p-C6H4Br, isopropyl-, 2-butyl-, 3-pentyl,
4-heptyl-, 5-nonyl-, 2-pentyl-, 3-heptyl
Ion-conducting properties of capsules and nano-tubular arrangements
Cu-MONC`s
Small drug molecules such as Diazepam (magenta) may be captured within hydrophobic pockets formed by long aliphatic chains of capsule and then released (enzymatic or photochemical mechanism)
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MACROCYCLIC CHEMISTRY
NCSU, Chemistry Department, Raleigh, NC with Prof. Jonathan Lindsey (2006-2007)
Project: “Molecular Information Storage” – developing porphyrins for molecular electronic applications
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SMALL HETEROCYCLES/MACROCYCLIC CHEMISTRY
A.V. Bogatsky Physico-Chemical Institute, Odessa, Ukraine, PhD Thesis “Synthesis, structure and properties
of 2-aminobenzophenones oximes and their derivatives”, 2006 with Prof. Sergey Andronati
Anti-aggregation activity data for oximes
(ACSA = acetylsalicylic acid)
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General approach to the synthesis of 16-membered
azomacrocycles An alternative route A
An alternative route B
Synthesis of 18-membered azamacrocycles
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CCDC 713397
Attempted synthesis of 20-membered azamacrocycles