Chemistry_Research Biochemistry and Bio-Medical
Sciences
«The VSEPR Table » Aris
Kaksis, RSU “Medical Biochemistry Data Base” © , 2002, >100pp,
≈2.5
MB.
htdocsLoal http://aris.gusc.lv/ChemFiles/ComplexCompounds/PensilvaniaLebanonUniv/PensilvaniaLebanonUniv/VSEPR_table_C0.html
VSEPRtable.html Class work 1.
Task for investigation of molecules Word document: Word Macintosh
Molekulu studiju un izpētes praktiskā darba uzdevums Word dokuments: Word Macintosh
3. To investigate the given molecular structures as TGF formated
files of compounds using ISISDraw:
carbon(IV)oxide CO2,
carbonate anion CO32-, formic acid HCOOH
, methane CH4, amoniak NH3, water H2O,
phosphoric pentachloride PCl5,hexahydroxoaluminate(III)
anion [Al(OH)6]3-,
ethene H2C=CH2and ethyne HCCH
3. Nosakiet
attālumus starp atomiem un valences leņķus TGF formāta molekulāro
koordināšu failos:
oglekļa(IV)oksīdam
CO2, karbonāta anjonam CO32-, skudrskābei HCOOH
, metānam CH4,
amonjakam NH3, ūdenim H2O, fosfora pentahlorīdam PCl5,
heksahidroksoalumināta(III) anjonam [Al(OH)6]3-, etēnam H2C=CH2un etīnam HCCH
Valence Electron Shell Pair Formation [7] at p and s bond after
hybridization of s
valence
orbitals has the task
to obtain the working skills with applications RasWin (RasMol), ISISDraw [2]
(Integrated Scientific
Information System for chemical structural molecular studies,
investigation and presentation),
which has the goal its employ for
chemical studies and investigation of given molecules. Coordination
number and
type of the complex compound central atoms structural
hybridization. The 3D molecular graphics applied into
Chemscape plugins browser HTML as the plug-in application.
Students can get the
knowledge and skills about:
elemental composition and its recognition in the
displayed shapes of molecules – wire-frame, stick, stick&ball,
spacefill as well as superimposing the color scheme CPK into symbolic
presentation of chemical elements on the
depicted structures of
molecules,
bonding geometry (bond – angles, distance, terms of
molecular symmetry and antysimmetry)
hybridization types of electron molecular orbitals
during bond formation process.
Class work 2. Task for
investigation of molecules 1Saccharid14LabA
content content 2017
Molekulu studiju un izpētes praktiskā darba uzdevums1Saccharid14LabContLat saturs
«The
Saccharide Viewer »
Aris Kaksis, RSU “Medical Biochemistry Data Base” © , 2002, >100pp,
21,5 MB
http://aris.gusc.lv/ChemFiles/Saccharides/SSViewer/SSVFrameset.html
«The Saccharide Viewer » [1] attempt 2.
has the task to obtain the working skills with RasWin
(RasMol),
ISISDraw [2]
applications, which has the goal its employ for chemical structural
molecular studies and
investigation of given opened chain and cyclic
monosaccharide as well as polysaccharide molecules.
Students can get the knowledge and skills about:
elemental (C, O, H,N, P, S, Na+,Ca2+)
composition and its recognition in the displayed shapes of molecules:
wire-frame, stick, stick&ball, spacefill as well as superimposing
the color scheme CPK into symbolic presentation
of chemical elements on
the depicted structures of molecules, haw to convert
the given opened chain
mono-saccharides from 3D molecular models into
Fisher’s projection. Similar relationships between drawn
Haworth’s projections of pyranose and furanose
hemiacetal cyclic structures of mono-, di- and oligo-saccharides
with
its presented 3D molecular models.
Optical isomer L or S and D or R recognition using
drawn
Fisher’s and Haworth’s projections in resemblance
with 3D molecular
models.
O-glycoside and N-glycoside links between
monosaccharide
units on polysaccharide chains.
IUPAC recommendation use for monosaccharide unit
designation on polymer chain joined by recommended
nomenclature link
description.
Class work 3. Task for investigation of molecules
Word document
research
Molekulu studiju un izpētes praktiskā darba uzdevums Word dokuments
pētījums
«The Amino Acid Viewer at pH=7.36»
Aris Kaksis, RSU“Medical Biochemistry Data Base”©, 2002,>100pp,
≈2.5MB
htdocsLoal
http://aris.gusc.lv/ChemFiles/MCDB108A/tw-amn/aasframes.htm
Drawing the 20 common L-amino [14] acids found in protein as Fisher’s
projection at corresponding biological conditions
of water medium
pH=7.36 in life systems. That has a task
haw to convert the given molecules from 3D molecular
models into Fisher’s projection.
Optical isomer L or S recognition using drawn Fisher’s
projections in resemblance with 3D molecular models.
Recognize the 20 amino acids by names, three-letter
abbreviation and one letter designation.
Class work 4.
Task for investigation of Glucose Amino Glicans and GlycoProteins Word
document: research
Molekulu studiju un izpētes praktiskā darba uzdevums GlikoProteīnu Word dokuments:pētījums
«The Protein Glycans Components»
Aris Kaksis, RSU “Medical Biochemistry Data Base” © , 2017
http://aris.gusc.lv/ChemFiles/Saccharides/PolySaccharides/HyalurChondroitHeparKeratMucHTM/0GlycoProteinComponents.htm
The constituents of glyco-proteins and
proteo glycans [9]
has a task to recognize on base of given 3D molecular models
the
sequence of given hetero polysaccharides with existing links between
units, in order to use IUPAC mono-saccharide
unit abbreviations (for
example D-Glucose - Glc) and link designation.
Students can get the knowledge and skills
about:
elemental (C, O,H, N, P, S, Na+,Ca2+)
composition and its recognition in the displayed shapes of molecules:
wire-frame, stick, stick&ball, spacefill as well as superimposing
the color scheme CPK into symbolic presentation
of chemical elements on
the depicted structures of molecules,
haw to recognize the similarity relationships between drawn
Haworth’s projections of pyranose and
furanose hemiacetal cyclic
structures of mono-, di- and oligo-saccharides with its presented 3D
molecular models.
Optical isomer L or S and D or R recognition using drawn Haworth’s projections in resemblance
with 3D
molecular models.
O-glycoside and N-glycoside links between monosaccharide units on
polysaccharide chains.
IUPAC recommendation use for
monosaccharide unit designation on polymer chain joined by
recommended
nomenclature of link description.
Class work 5.
Task for investigation of Immuno Globuline Lysozime Proteins ImmunoGlobulAmed:research
Molekulu studiju un izpētes praktiskā darba uzdevums lizozīma imunoglobulīna ImmunoGlobulAmedL:
pētījums
«The Immunoglobulin IgG1 Glycoprotein»
Aris Kaksis, Eric Martz RSU “Medical Biochemistry Data Base” © , 2017
htdocsLoal http://aris.gusc.lv/ChemFiles/ChimAntibodyMarz/INDEX.htm
The constituent structural features of
immunoglobulin IgG1
[11] has a task to recognize on base of given
3D molecular model the two Light chains and
two Heavy chains are present in F(ab')2structure.
Blood groups ABO hexa sacharides: http://aris.gusc.lv/ChemFiles/AOBblood-resus/ImmunABO/2frmcont.htm
Students can get the knowledge and skills
about:
elemental (C, O,H, N, P, S, Na+,Ca2+)
composition and its recognition in the displayed shapes of molecules:
wire-frame, stick, stick&ball, spacefill as well as superimposing
the color scheme CPK into symbolic presentation
of chemical elements on
the depicted 1°, 2°, 3° and 4° structures
of molecule IgG1,
what is the complementarity between epitopes and paratopes with
its presented 3D molecular models and
N-glycoside links
between mono-saccharide units GalNAc
on protein Fc units.
Class work 6.
Task for investigation of Myoglobine, Hemoglobine Proteins Word
document:research
Molekulu studiju un izpētes praktiskā darba uzdevums hromo globulīnu Word dokuments
pētījums
«The Hromo-proteins Myoglobin and
Human Hemoglobin …»
Aris Kaksis, Eric Martz RSU “Medical Biochemistry Data Base” © , 2017
http://aris.gusc.lv/ChemFiles/ChromoHem/Heme/HEMdabigs.tgf
Aris Kaksis RSU 2017.
Protocol: http://aris.gusc.lv/06Daugavpils/Research/HemDabigs.pdf
RSU 2017.
Protokols: http://aris.gusc.lv/06Daugavpils/Research/HemDabigsLat.pdf
RSU 2017.
"APPLICATION OF MOLECULAR DYNAMICS AND FREE ENERGY PERTURBATION
METHODS TO METALLOPORPHYRIN-LIGAND SYSTEMS II:
CO AND DIOXYGEN BINDING TO MYOGLOBIN" 1MBO
M.A. Lopez and P.A. Kollman, Protein Sci., 2 (1993) 1975
http://aris.gusc.lv/ChemFiles/ChromoHem/MyoGlobOxDeoxCoBiliverdin/1MBODeOxyLopez.kin
http://aris.gusc.lv/ChemFiles/ChromoHem/MyoGlobOxDeoxCoBiliverdin/oxydeoxy.avi
Santa Barbara University “Myoglobin 1MBO”Copyright © Duane W. Sears, 1998
http://aris.gusc.lv/ChemFiles/MCDB108A/weeklytopicoutline.html
http://aris.gusc.lv/ChemFiles/ChromoHem/MyoGlobOxDeoxCoBiliverdin/Myoglobin.htm
“Myoglobin 1MBO”
http://aris.gusc.lv/ChemFiles/ChromoHem/HbOxDeoxCO/2HCOProTour8.kin
http://aris.gusc.lv/ChemFiles/ChromoHem/HbOxDeoxCO/2HCOProTour8.pdf
Aris Kaksis RSU 2017.
http://aris.gusc.lv/ChemFiles/ChromoHem/HbOxDeoxCO/2HCOProTour8L.pdf Word_Latvia Aris Kaksis RSU 2017.
http://aris.gusc.lv/ChemFiles/ChromoHem/HbOxDeoxCO/HumanMeasure/O2Solutions.pdf
Aris
Kaksis RSU 2017.
http://aris.gusc.lv/ChemFiles/ChromoHem/HbOxDeoxCO/HumanMeasure/O2SolutionsL.pdf Aris Kaksis RSU 2017.
http://aris.gusc.lv/ChemFiles/ChromoHem/HbOxDeoxCO/tetramer.avi
htdocsLoalhttp://aris.gusc.lv/ChemFiles/hemoglobEricMarzUMas/INDEX.htm
Eric Marz,Aris Kaksis
;
open with Mage program after download from RSU “Medical Biochemistry
Data Base” © , 2005.
Using the KineMage
protein science tools and heme structure
using the ISISDraw
(Integrated Scientific Information
System for chemical structural molecular studies, investigation and
presentation)
application myoglobin and the human hemoglobin
investigation has a task to investigate features and dynamics
for O2adsorption and desorption from heme Fe2+complex central ion.
The target is to detect coordination
number for
iron ion Fe2+,
into water less heme pocket account related
29 amino acids
involved in prevent working of water medium friendly Ox-Red system
having high power of oxidation
with well known standard potential Eo= 1.21865 V.
Ox-Red system analyze shows:
O2 + 4 H3O++ 4 e- 6 H2O,
present absent
present
absent
absent
components:
they are four 4 hydrogen ions H3O+and six 6 water H2O molecules and present
components:
they are adsorbed oxygen O2and electron e-source iron ion Fe2+as complex maker among de-localized electrons
on
heme
double bond conjugated system.
Students can get the knowledge and skills
about:
polypeptide chain sequence order of amino acids
beginning from N-terminal first amino acid Val1 which terminates
on
C-terminal Gly153 organized as primary 1º polypeptide chain structure.
Secondary 2º structure helices account iron Fe2+position for O2oxygen adsorption and its alternative replacing
by
Histidine His64 nitrogen after O2desorption. Conformational changes
in
myoglobine and heme structure
at adsorption – desorption demonstrated
by movie oxydeoxy.avi. Composition of human hemoglobin
by account and
name these components Relax
R and tense T state of hemoglobin O2oxygen adsorption and O2alternative desorption.
Di-phospho-glycerate induced O2desorption via hemoglobin cavity causing conformational
change.
Hydrophobic – waterless medium investigation
for
heme pocket of hemoglobin and evolutionary challenge
of hydrophobic
spots on hemoglobin surface in sickle cell anemia having
fatal hemoglobin deficiency in north countries
leaving peoples and
exposing resistance for peoples against malaria in
Africa
as well equatorial regions of world too.
Class work 7. a.b.c.
Task for investigation of DNA fragment and tRNA_Tour Word
document:research
Molekulu studiju un izpētes praktiskā darba uzdevums DNS fragmenta un tRNS Word dokuments
pētījums
«The DNA fragment» Eric Martz,
Aris Kaksis, RSU “Medical Biochemistry Data Base” © , 2017
htdocsLoal http://aris.gusc.lv/ChemFiles/DnaMarzHTM/INDEX.HTM
«The tRNA_Tour» Aris Kaksis, RSU “Medical Biochemistry Data Base” © , 2017
http://aris.gusc.lv/ChemFiles/CarnegieMellonUChem/Programs/Courses/BiochemMols/tRNA_Tour/tRNA_Tour.html
Task for investigation of DNA binding
proteins Histones Word
document:research
Molekulu studiju un izpētes praktiskā darba uzdevums DNS saistošie Histoni Word dokuments:pētījums
«The NucleoSome Quternary Strucrure»
Aris Kaksis, RSU “Medical Biochemistry Data Base” © , 2017
http://aris.gusc.lv/ChemFiles/CLUnucleosome/nucleosome.htm
The mastering DNA fragment
in observation has
a task obtain the working skills with ISIS Draw applications ,
RasWin
(RasMol) , which has the goal its employ for
chemical studies and investigation of given
DNA and tRNAPhemolecules. Students can get the knowledge
and
skills about:
elemental (C, O, H,N, P+)
composition and its recognition in the displayed shapes of molecules –
wire-frame, stick,
stick&ball, spacefill as well as superimposing
the color scheme CPK into symbolic presentation of
chemical elements
on the depicted structures of molecules,
the essential Watson – Crick base pairing A=T and GC between
adenine = timine and guanine cytosine applied respectively two and
three hydrogen bonds per pair.
Hydrogen
and
hydrophobic bonds supporting primary 1º, secondary 2º, tertiary 3º
and quaternary 4º structure
essential stability for single copy of
molecule DNA for cell genetic information.
Replication of DNA
and drawing the 2D
complimentary two strand DNA picture on the student
report
using A, U, G and C symbols. Anti-parallelism
of DNA strands 5’ and 3’
terminals of strands.
Transcription depicting the 2D
complimentary transcript
sequences of given DNA as RNA I for
first DNA strand
and as RNA II for
second DNA strand applying nucleotide symbols A, U, G and C. The Yeast tRNAfeatures:
primary 1º, secondary 2º and tertiary
3º
structure and components.
NucleoSomes
Quaternaru Structure
between the Histone Octamer
the DNA binding Proteins
and
DNA double helix Supercoile.
Class work 9. Task for investigation of Water structure Word
document: research
Molekulu studiju un izpētes praktiskā darba uzdevums Word dokuments: pētījums
«Liquid Water Tetramer Strucrure»
Aris Kaksis, RSU “Medical Biochemistry Data Base”
© , 2013. http://aris.gusc.lv/ChemFiles/OandH/H2OH2OH2OH2O.html
The mastering Water structure fragment
in observation has
a task obtain the working skills
with ISIS Draw applications , RasWin
(RasMol) and ChemScape MDLi, ,
which has the goal its employ for
chemical studies and investigation of given
water tetramer and water trimer liquid molecules.
Students can get the knowledge
and
skills about:
elemental (O, H)
composition and its recognition in the displayed shapes of molecules :
wire-frame, stick, stick&ball, spacefill as well as superimposing
the color scheme CPK
into symbolic presentation of
chemical elements on the depicted structures of molecules.