Книга_158_библиотеки_им_акад_М_И_Перельмана

47.

Distribution

of

sesterterpenoids

in

plants,

structures,

biological

activities.

48.

Compare

the

carotenoids

with

other

terpen

compounds,

show

their

structure,

and

explain

about

properties.

49.

Distribution

of

catechin

in

the

plants,

isolation

and

determine

methods

in

laboratory

(please

including

with

structure

and

properties).

50.

At

laboratory

condition

how

to

make

extraction

of

poly



phenols

from

plant

materials

and

their

qualitative

analysis

by

the

chromatographic

method.

51.

Extraction

and

isolation

of

pectin

from

citrus

fruit

peel

in

laboratory.

Show

the

structure.

52.

Qualitative

and

qualitative

analysis

of

rutin

and

quercetin

by

method

of

chromatography

in

laboratory.

Show

the

struc



tures,

and

please

write

hydrolysis

reaction

of

rutin.

53.

Please

write

biosynthesis

pathway:

Condensation

of

isoprene

units.

Formation

of

acyclic

terpenes.

54.

Please

show

biosynthesis

pathway

of

formation

of

mono



terpens,

sesquiterpenes

and

diterpens.

55.

In

laboratory

how

to

get

the

polyphenol

extraction

from

plant

materials

and

how

to

qualitative

analysis

them.

56.

Please

show

the

methods

of

determining

the

amino

acids,

quantitative

and

qualitative

analyses

of

them

in

laboratory.

57.

Extraction

and

isolation

carotenoid

from

carrot

in

laboratory.

Show

the

structure,

and

make

a

sh

ort

statement

about

properties.

58.

Natural

compounds

possessing

antioxidant

activities,

dis



tribution

in

plant

kingdom,

and

isolation

methods.

59.

Extraction

and

isolation

nicotine

from

tobacco

in

laboratory.

Show

the

structure,

and

make

a

short

statement

about

pro



perties.

60.

Determine

the

carbohydrates,

quantitative

and

qualitative

analyses

by

method

of

chromatography

in

laboratory.

61.

Give

an

account

for

natural

compounds

which

possessing

cytotoxic

(anticancer)

activities,

distribution

in

plant

king



dom,

and

isolation

methods.

https://t.me/med1917

62.

Extraction

and

isolation

caffeine

from

black

tea

in

laboratory.

Show

the

structure,

and

make

a

sh

ort

statement

about

pro



perties.

63.

Please

make

short

statements

for

fatty

acids,

structure,

and

discuss

the

metabolism

process

of

fatty

acids.

64.

Please

discuss

about

natural

compounds

possessing

vasso-

relaxant

activities,

distribution

in

plant

kingdom,

and

isolation

methods.

https://t.me/med1917

REFERENCES

1.

Cutler

S.,

Cutler

H.G.

Biologically

active

natural

products:

pharmaceuticals

/

CRCPress.-

2000.

-P.

5.

2.

Samuelson

G.

Drugs

of

Natural

Origin:

A

Textbook

of

Pharmacognosy

/

Taylor

&

Francis

Ltd.

-

1999.

-

P.

65.

3.

Hanson

J.R.

Natural

products:

the

secondary

metabolite

/

Cambridge:

Royal

Society

of

Chemistry.

-

2003.

-

P.10.

4.

Williams

D.A.,

Lemke

T.L.

«Chapter

1:

Natural

Products».

Foye's

Principles

of

Medicinal

Chemistry

(5

th

ed.)

/

Philadelphia:

Lippincott

Williams

Wilkins.

-

2002.

-

P.

25.

5.

Natural

product

chemistry,

2014.

http://en.wikipedia.org/wiki

/

Natural_product

(Accessed

Sep.

2014).

6.

Brown

K.

That

’

s

funny!

’

:

the

discovery

and

development

of

penicillin

//

Microbiology

Today.

-

2009.

-

Vol.

36

(1).

-P.

12-15.

7.

Gower

D.B.,

Makin

H.

L.

eds.

Steroid

analysis

(2nd

ed.)

/

Dordrecht:

Springer.

-2009.

8.

Hodgkin

D.C.

Enhancing

X-ray

Vision

/

The

Nobel

Prize

in

Chemistry.

-1964.

9.

Cannel

R.

J.

How

to

approach

the

isolation

of

a

natural

product.

-

New

Jersey

/

USA:

Humana

Press,

Totowa.

-

1998.

-

P.

51.

10.

Hostettmann

K.,

Marston

A.

and

Hostettmann

M.

Preparative

chromato



graphy

techniques:

applications

in

natural

product

isolation

/

Berlin

Heidel



berg,

Germany:

Springer-Verlag,1998.

11.

Starmans

D.A.J.,

H.H.

Nijhuis

Extraction

of

secondary

metabolites

from

plant

material:

review

//

Trends

Food

Science

Technology.

-

1996.

-

N

7

-P.191-197.

12.

Huie

C.W.

A

review

of

modem

sample

preparation

techniques

for

the

extrac



tion

and

analysis

of

medicinal

plants

//

Anal.

Bioanal.

Chem.

-

2000.

-

P.

23-30.

13.

Zygmunt

J.B.,

Naimiesnik

J.

Preparation

of

samples

of

plant

material

for

chromatographic

analysis

//

Journal

of

Chromatographic

Science

-

2003.

-

N

41.

-P.109-116.

14.

Vinatoru

M.

An

overview

of

the

ultrasonically

assisted

extraction

of

bioactive

principles

from

herbs

’

//

Ultrasonic

Sonochemistry.

Zygmunt

J.B.,

Naimiesnik

J.

Preparation

of

samples

of

plant

material

for

https://t.me/med1917

chromatographic

analysis

//

Journal

of

Chromatographic

Science.

-

2003.

-N41.

-P.

109-116;

2001.

-N

8.

-P.

303-313.

15.

Nyiredy

S.Z.

Rotation

planar

extraction

(RPE)

-

a

new

exhaustive,

preparative

forced-flow

technique.

Part

1:

Description

of

the

method

and

practical

aspects

/

'

J.

Planar

Chromatography.

-

2001.

-

N

14.

-

P.

393-395.

16.

Abu-Arabi

M.K.,

Allawzi

M.A.,

H.S.

Al-Zoubi

A.

Tamimi

Extraction

of

jojoba

oil

by

pressing

and

leaching

//

Chem.

Eng.

Journal.

-

2000.

-

N

76.

-P.

61-65.

17.

Luque-Garcia

J.

L.,

&

Luque

de

Castro

M.

D.

Ultrasound:

A

powerful

tool

for

leaching

H

Trends

in

Analytical

Chemistry.

-

2003.

-

N

22.

-

P.

41-47.

18.

Salisova

M.,

Toma.

S.,

Makson

T.J.

Comparison

of

conventional

and

ultrasonically

assisted

extractions

of

pharmaceutically

active

compounds

from

Salvia

officinalis

//

Ultrason.

Sonochem.

-

1997.

-

N

4.

-

P.

1

31-134.

19.

Vinatoru

M.,

Toma

M.,

Radu

O.,

Filip

P.I.,.Lazurga

D.,

Mason

T.J.

The

use

of

ultrasound

for

the

extraction

of

bioactive

principles

from

plant

materials

//

Ultrason.Sonochem.

-

1997.

-N

4.

-P.

135-139.

20.

Hromadkova

Z.,

Ebringerova

A.,

Valacholic

P.

Comparison

of

classical

and

ultrasound-assisted

extraction

of

polysaccharides

from

Salvia

officinalis

//

Ultrason.Sonochem.

-

1999.

-N

5.

-P.

163-168.

21.

Otterbach

A.

Wenclawiak

Ultrasonic

(Soxhlet)

supercritical

fluid

extraction

kinetics

of

pyrethrins

from

flowers

and

allethrin

from

paper

strips

//

Fresenius

J.

Anal.Chem.

-

1999.

-

N

365.

-

P.

472-474.

22.

Valacholic

P.,

Pechova

A.,

Mason

T.J.

Towards

the

industrial

production

of

medicinal

tincture

by

ultrasound

assisted

extraction

//

Ultrason.

Sonochem.

-2001.-N8.-P.

111-117.

23.

Vinatoru

M.

An

overview

ofthe

ultrasonically

assisted

extraction

of

bioactive

principles

from

herbs//

Ultrason.

Sonochem.

-2001.

-N

8.

-P.

303-313.

24.

Melecchi

M.I.S.,

Martinez

M.M.,

Abad

F.C.,

Zini

P.P.,

do

Nascimento

I.,

Caramao

E.B.

Chemical

composition

of

Hibiscus

tiliaceus

L.

flowers:

A

study

of

extraction

methods

//

J.

Sep.

Sci.

-

2002.

-

N

25.

-

P.

86-90.

25.

Hudaib

M.,

Gotti.

R.,

Pomponio

R.,

Cavrini

V.

Recovery

evaluation

of

lipophilic

markers

from

Echinacea

purpurea

roots

applying

microwave-

assisted

solvent

extraction

versus

conventional

methods

//

J.

Sep.

Sci.

-

2003.

-N26.-P.

97-104.

26.

Garsia

L.E.-Ayuso.,

Luque

De

Castro

M.D.

A

multivariate

study

of

the

performance

of

a

microwave-assisted

Soxhlet

extractor

for

olive

seeds

//Anal.

Chim.

Acta.

-

1999.

-

N

382.

-

P.

309-316.

27.

Pan

X.,

Liu

H.,

G.Jia.,

Shu

Y.Y.

Microwave-assisted

extraction

of

glycyrrhizic

acid

from

licorice

root

//

Biochem.

Eng

J.-2000.-N5.

-P.

173-177.

28.

Garsia-Ayuso

L.E.,

Luque

De

Castro

M.D.

Employing

focused

microwaves

to

counteract

conventional

Soxhlet

extraction

drawbacks

//

Trends

Anal.

Chem.

-

2001.

-

N

20.

-

P.

28-34.

29.

Brachet

A.,

Christen

P.,

Veuthney

J.L.

Focused

microwave-assisted

extraction

of

cocaine

and

benzoylecgonine

from

coca

leaves

//

Phytochem.

Anal.

-

2002.

-N13.-P.

162-169.

https://t.me/med1917

30.

Csiktusnadi

Kiss

G.A.,

Forgacs

E.,

Cserhati

T.,

Mota

T.,

Morais

H.,

Ramos

A.

Optimisation

of

the

microwave-assisted

extraction

of

pigments

from

paprika

(Capsicumannuum

L.)

powders

//

J.

Chromatogr.

-

2000.

-

N

889A.

-P.

41-49.

31.

Jarvis

A.P.,

Morgan

E.D.

Isolation

of

plant

products

by

supercritical-fluid

extraction

//

Phytochem.

Anal.

-

1997.

-N

8.

-

P.

217-222.

32.

Lang

Q.,

Wai

C.M.

Supercritical

fluid

extraction

in

herbal

and

natural

product

studies-a

practical

review

//Taianta.

-2001.

-N

53.

-P.

771-782.

33.

Doneanu

C.,

Anitescu

G.

Supercritical

carbon

dioxide

extraction

of

Angelica

archangellica

L.

root

oil//

J.

Supercrit.

Fluids.

-

1998.

-N

12.

-P.

59-67.

34.

Ollanketo

M.,

Hartonen

K.,

Riekkola

M.,

Holm

Y.,

Hiltunen

R.

Supercritical

carbon

dioxide

extraction

of

lycopene

in

tomato

skins

//

Eur.

Food

Res.

Technol.

-

2001.

-

N

212.

-

P.

561-565.

35.

Costa

C.T.,

Margolis

S.A.,

Benner

B.A.,

Horton

D.

Comparison

of

methods

for

extraction

of

flavanones

and

xanthones

from

the

root

bark

of

the

osage

orange

tree

using

liquid

chromatography

//

J.

Chromatogr.

-

1999.

-

N

831.

-P.167-178.

36.

Lin

M.,

Tsai

C.M.,

Wen

K.C.

Supercritical

fluid

extraction

of

flavonoids

from

Scutellariae

Radix

//

J.

Chromatogr.

-

1999.

-

N

830.

-

P.

387-395.

37.

Scalia

S.,

Giufffeda

L.,

Pallodo

P.

Analytical

and

preparative

supercritical

fluid

extraction

of

chamomile

flowers

and

its

comparison

with

conventional

methods

//

J.

Pharm.Biomed.

Anal.

-

1999.

-

N

21.

-

P.

549-558.

38.

Chromatography,

http://en.wikipedia.org/wiki/Chromatography

/

Accessed

March,

2015.

39.

Mehta

A.

Principle

of

Reversed-Phase

Chromatography

HPLC/UPLC

(with

Animation)

/

Retrieved.

-

201

3.

-

10

January.

40.

Molnar

I.

and

Horvath

C.

Reverse-phase

chromatography

of

polar

biological

substances:

separation

of

catechol

compounds

by

high-performance

liquid

chromatography

//

Clinical

Chemistry.

-2013.

-

Vol.

22

(9).

-P.

1497-1502.

41.

Harris,

Daniel

C.

24.

Gas

Chromatography.

Quantitative

chemical

analysis

(Chapter)

(Fifth

ed.)

/

W.

H.

Freeman

and

Company.

-

1999.

-

P.

675-712.

42.

Text

books

P.

Agarwal,

Chemistry

of

Natural

Products

/

Goel

Publishing

House.

-

1997,-N

1.

43.

Gurdeep

Chatwal

and

Anand,

Chemistry

of

Natural

Products

/

Himalayan

Publishing

Co.

-

2001.

44.

Shashank

Kumar

and

Abhay

K.

Pandey.

Chemistry

and

Biological

Activities

of

Flavonoids:

An

Overview

//

The

Scientific

World

Journal.

-

2013.

-

Article

ID

162750.

-P.

16.

45.

Jenis

J.

HirasawaY.

Wong

Ch.

P.

KanedaT.

Burasheva

G.Sh.AbilovZh.A.and

Morita

H.

New

galloylbergenin

from

Bergenia

carssifolia

with

anti-lipid

droplet

accumulation

activity

//

Heterocycles,

-

2012.

-

Vol.

86(2).

-P.1591-1595.

46.

Xu

X.

Konirhan

B.

Zakaria

B.

Jia

X.G.

The

Kazakh

Materia

Medica

/

The

Ethnic

Press:

Beijing.

-

2009.

-

P.

455.

47.

Bohm

B.A.,

Donevan,

L.S.,

Bhat

U.G.

//

Biochem

Syst

Ecol.

-1986.

-

N

14.

-P.75.

https://t.me/med1917

48.

Popov

S.V.

Popova

G.Y.

Nikolaeva

S.Y.

Golovchenko

V.V.

Ovodova

R.G.

//

PhytotherRes.-

2005.

-N

19.

-P.

1052.

49.

Pozharitskaya

O.N.,

Ivanova

S.A.,

Shikov

A.N.,

Makarov

V.G.,

Galambosi

B.

J.

Sep

Sci.

-

2007.

-

N

30.

-

P.

2447.

50.

Pop

C.,

Vlase

L.,

Tamas

M.

Not

Bot

Hort

Agrobot

Cluj.

-

2009.

-

N

37.

-P.129.

51.

Ivanov

S.A.,

Nomura

K.,

Malfanov

I.L.,

Sklyar

I.V.,

Ptitsyn

L.R.

Fito-

terapia.

-

2011.

-N

82.

-

P.

212.

52.

Kuczmarski

R.J.,

Flegal

K.M.

Campbell

S.M.,

Johnson

C.L.

//

The

National

Health

and

Nutrition

Examination

Surveys.

-

1994.

-

N

272.

-

P.205.

53.

Shulman

G.I.

Clin

J.

Invest.

-

2000.

-

N

1

06,

-

P.

1

71

.

54.

Saijo,

R.,

Nonaka

G.,

Nishioka

I.

Phytochemitry.

-

1990.

-

N

29.

-

P.267.

55.

Masayuki

F.,

Yukinori

M.,

Tsuyoshi

T.

Nat.

Med.

-

1996.

-

N

50.

-

P.404.

56.

Ramanandraibe

V.,

Grelier

P.,

Martine

M.T.,

Deville

A.,

Joyeau

R,

Ramani-trahasimbola

D.

et

al.

//

Planta

Med.

-

2008.

-

N

74.

-

P.417.

57.

Alkaloids,

http://en.wikipedia.org/wiki/Alkaloid

,

accsessedsep.

-2014.

58.

Robbers

J.E.,

Speedie

M.K.

and

Tyler

V.E.

Chapter

9:

Alkaloids.

Pharmacognosy

and

Pharmacobiotechnology

/

Philadelphia:

Lippincott,

Williams

&

Wilkins.

-

1996.-P.

143-185.

59.

Rhoades,

David

F.

Evolution

of

Plant

Chemical

Defense

against

Herbivores.

In

Rosenthal,

Gerald

A.

and

Janzen,

Daniel

H.

Herbivores:

Their

Interaction

with

Secondary

Plant

Metabolites.

-

New

York:

Academic

Press.

-

1979.

-P.41.

60.

Robert

A.

Meyers

Encyclopedia

of

Physical

Science

and

Technology

-

Alkaloids,

3rd

edition.

61.

Leland

J.

Cseke

Natural

Products

from

Plants

Second

Edition

/

-

CRC.

-

2006.

-P.

30.

62.

Safieh

KAA,

Al-Eisawi

DM,

Zarga

MHA,

Sabri

SS.

Chemical

constituents

of

the

flora

of

Jordan,

II.

Alkaloids

of

Leontic

leontopetalum

//

Journal

of

Natural

Products.

-

1986.

-

726-727

p.

63.

Vashistha

S.K.,

Siddiqui

S.

Chemical

examination

of

Thalictrumfoliolosum.

Isolation

and

characterization

of

a

new

alkaloid,

thalictrine

//

Journal

of

the

Indian

Chemical

Society.

-

1941.

-

641-645

p.

64.

Slavik

J.,

Dolejs

L.,

Slavikova

L.

Alkaloids

of

the

papaveraceae.

LXXXI.

Alkaloids

from

Corydalis

solida

(L.)

sw.

Mass

spectrometry

of

quaternary

benzylisoquinoline

alkaloids

//

Collection

of

Czechoslovak

Chemical

Communications,

1985.

-N50.

-

P.

2299-2309.

65.

Tackie

A.N.,

Reighard

J.B.,

El-Azizi

M.M.,

Slatkin

D.J.,

Schiff

Jr

PL,

Knapp

JE.

Isolation

of

funiferine

dimethiodide

and

oblongine

from

Tiliacora

funifera

//Phytochemistry,

1980.-N

19.-P.

1882-1883.

66.

Min

Y.,

Yang

M.,

Lee

K.,

Kim

K.,

Choi

S.,

Lee

K.

Protoberberine

alkaloids

and

their

reversal

activity

of

P-gp

expressed

multidrug

resistance

(MDR)

from

the

rhizome

of

Coptis

japonica

Makino

//

Archives

of

Pharmacal

Research,

2006.

-N

29.

-P.

757-761.

67.

Wang

Y-X,

Wang

Y

-Р.,

Zhang

H.,

Kong

W-J.,

Li

Y-H,

Liu

F„

Gao

R-M.,

Liu

T.,

Jiang

J-D.,

Song

D-Q.

Synthesis

and

biological

evaluation

of

berberine

https://t.me/med1917

analogues

as

novel

up-regulators

for

both

low-density-lipoprotein

receptor

and

insulin

receptor

//

Bioorganic

&

Medicinal

Chemistry

Letters.

-

2009.

-

N

19.

-P.

6004-6008.

68.

Chen

Z.

Ye

X.,

Yi

J.,

Chen

X.,

Li

X.

Synthesis

of

9-O-glycosyl-berberine

derivatives

and

bioavailability

evaluation

//

Medicinal

Chemistry

Research.

-2012.

-N21.

-P.1641-1646.

69.

Terpens,

http://en.wikipedia.org/wiki/Terpene/accsessed

sep,

2014.

70.

Gershenzon

J.,

Dudareva

N.

The

function

of

terpene

natural

products

in

the

natural

world

//

Nature

Chem

Biol.

-

2007.

-N

3.

-P.

408.

71.

Bohlmann

J.,

Meyer-Gauen

G.,

Croteau

R.

Plant

terpenoid

synthases:

mole



cular

biology

and

phylogenetic

analysis

//

Proc

Natl

Acad

Sci

USA.

-

1998.

-

N95,-

P.

4126.

72.

Kuczmarski

R.J.,

Flegal

K.M.,

Campbell

S.M.,

Johnson

C.L.,

The

National

Health

and

Nutrition

Examination

Surveys.

-

1994.

-

N

272.

-

P.

205.

73.

Rubiolo

P.,

Sgorbini

B.,

Librto

E.,

Cordero

C.,

Bicchi

C.

Essential

oils

and

volatiles:

sample

preparation

and

analysis

//

Flavour

Fragr

J.

-

2010.

-

N

25.

-

P.

282-290.

74.

Bergstrom

G.,

Rothschild

M.,

Groth

I.,

Crighton

C.

Oviposition

by

butterflies

on

young

leaves:

investigation

of

leaf

volatiles

//

Chemoecology.

-

1994.

-

N

5.

-P.147-158.

75.

Kesselmeier

J.,

Staudt

M.

Biogenic

volatile

organic

compounds

(VOC):

An

overview

on

emission,

physiology

and

ecology

//

Journal

of

Atmospheric

Chemistry.

-

1999.

-

Vol.33(l).

-P.

23-88.

76.

Pare

P.W.,Tumlinson

J.H.

De

Novo

Biosynthesis

of

Volatiles

Induced

by

Insect

Herbivory

in

Cotton

Plants

//

Plant

Physiol.

-

1997.

-N1

14.

-

P.

1

161.

77.

Aharoni

A.

et

al.

Terpenoid

Metabolism

in

Wild-Type

and

Transgenic

Arabidopsis

Plants

//

Plant

Cell.

-

2003.

-

N15.

-

P.2866.

78.

Singh

H.P.,

Batish

D.R.,

Kaur

S.,

Arora

K.,

Kohli

R.K.

a-Pinene

Inhibits

Growth

and

Induces

Oxidative

Stress

in

Roots

//

Ann

Bot.

-

2006.

-

N

98.

-P.1261.

79.

NishidaNetal.//

JChem.Ecol.-2005.-N31.-P.

1187.

80.

Didna

B.,

Debnath

S.,

Harigaya

Y.

Naturally

occurring

iridoids:

a

review,

parti

//

Chem

Pharm

Bull.

-

2007.

-

N

55.

-P.159.

81.

Schulz

S.,

Rottier

A.M.,

Ayasse

M.

Wax

lipids

signal

nest

identity

in

bumblebee

colonies//JChem.Ecol.

-2013.-N

39.

-

P.

1.

82.

Hornby

J.M.,

Jensen

E.C.,

Lisec

A.D.,

Tasto

J.J.,

Jahnke

B.,

Shoemaker

R.,

Dussault

P.,

Nickerson

K.W.

Quorum

sensing

in

the

dimorphic

fungus

Candida

albicans

is

mediated

by

farnesol

//

Appl

Environ

Microbiol.

-

2001.

-N67.

-P.2982.

83.

Homby

J.M.,Nickerson

K.W.

Enhanced

Production

of

Famesol

by

Candida

albicans

Treated

with

Four

Azoles

//

Antimicrob

Agents

Chemother.

-

2003.

-

N47.-P.

2366.

84.

Pare

P.W.,

Tumlinson

J.H.

De

Novo

Biosynthesis

of

Volatiles

Induced

by

Insect

Herbivory

in

Cotton

Plants

//

Plant

Physiol.

-

1997,-

N

114.-P.1161.

85.

Dicke

M.,

Van

Веек

T.A.,

Posthumus

M.

A.,

Dom

N.B.,

Bokhoven

H.V.

Ae.

De

Groot

Isolation

and

identification

of

volatile

kairomone

that

affects

acarine

https://t.me/med1917

predatorprey

interactions

Involvement

of

host

plant

in

its

production

//

J

Chem.

Ecol.

-

1990.

-

Vol.

1

6.

-

P.

3091

-3118.

86.

Homola

E.,

Chang

E.S.

Methyl

famesoate:

crustaceans

juvenile

hormone

in

search

of

function

//Comp.

Biochem.

Physiol.

-

1997.

-

N

1

17.

-

P.

347-356.

87.

Oh

K.B.,

Miyazawa

H.,

Naito

T.,

Matsuoka

H.

Purification

and

cha

racterization

of

an

autoregulatory

substance

capable

of

regulating

the

morphological

transition

in

Candida

albicans

//

Proc

Natl

Acad

Sci

USA.

-2001.-N98.

-P.

4664.

88.

Leckie

C.P.,

McAinsh

M.R.,

Allen

G.J.,

Sanders

D.,

Hetherington

A.M.

Abscisic

acid-induced

stomatai

closure

mediated

by

cyclic

ADP-ribose

//

Proc

Natl

Acad

Sci

USA.-

1998.

-

N

95.

-

P.

15837.

89.

Zalejski

C.,

Zhang

Z.,

Quettier

A.L.,

Maldiney

R.,

Bonnet

M.,

Brault

M.,

Demandre

C.,Miginiac

E.,

Rona

J.P.,

Sotta

B.,

Jeannette

E.

Diacylglycerol

pyrophosphate

is

a

second

messenger

of

abscisic

acid

signaling

in

Ara-bidopsis

thaliana

suspension

cells

П

Plant

J.

-

2005.

-

N

42.

-

P.

145.

90.

Seo

M.,

Koshiba

T.

Complex

regulation

of

ABA

biosynthesis

in

plants

//

Trends

Plant

Sci.

-

2002.

-

N7.

-

P.41.

91.

Le

Page-Degivry

M.T.,

Bidard

J.N.,Rouvier

E.,

Bulard

C.,

Lazdunski

M.

Presence

of

abscisic

acid,

a

phytohormone,

in

the

mammalian

brain

7

Proc

Natl

Acad

Sci

USA.

-

1986.

-N

83.

-

P.l

155.

92.

Bruzzone

S.,

Moreschi

I.,

Usai

C.,

Guida

L.,

Damonte

G.,

Salis

A.,

Scarfl

S.,

Millo

E.,

De

Flora

A.,

Zocchi

E.

Abscisic

acid

is

an

endogenous

cytokine

in

human

granulocytes

with

cyclic

ADP-ribose

as

second

messenger

//

Proc

Natl

Acad

Sci

USA.

-

2007.

-

N

104.

-

P.5759.

93.

Magnone

M.,

Bruzzone

S.,

Guida

L.,

Damonte

G.,

Millo

E.,

Scarfl

S.,

Usai

C.

,

Sturla

L.,

Palombo

D.,

De

Flora

A.,

Zocchi

E.

Abscisic

acid

released

by

human

monocytes

activates

monocytes

and

vascular

smooth

muscle

cell

responses

involved

in

atherogenesis

//

J

Biol

Chem.

-

2009.

-

N

284.

-P.17808.

94.

Bruzzone

S.,

Bodrato

N.,

Usai

C.,

Guida

L.,

Moreschi

I.,

Nano

R.,

Antonioli

B.,

Fruscione

F.,

Magnone

M.,

Scarfi

S.,

De

Flora

A.,

Zocchi

E.

Abscisic

acid

is

an

endogenous

stimulator

of

insulin

release

from

human

pancreatic

islets

with

cyclic

ADP

ribose

as

second

messenger

//

J

Biol

Chem.

-

2008.

-

N

283.

-P.

32188.

95.

Escalante-Perez,

Krol

E.,

Stange

A.,

Geiger

D.,

Al-Rasheid

K.A.,

Hause

B.,

Neher

E.,

Hedrich

R.

A

special

pair

of

phytohormones

controls

excitability,

slow

closure

and

external

stomach

formation

in

the

Venus

flytrap

//

PNAS.

-

201

1.-N108.-

P.15492.

96.

Gordaliza

M.

Cytotoxic

Terpene

Quinones

from

Marine

Sponges

/'

Mar

Drugs.

-

2010.

-

Vol.

8.

-

P.

2849.

97.

Kiren

Y.,

Nugroho

A.E.,

Hirasawa

Y.,

Shirota

O.,

Bekenova

M.,

Narbekovich

N.O.,

Shapilova

M.,

Maeno

H.,

Morita

H.

Mumic

acids

A-E:

new

diterpenoids

from

mumiyo//Journal

ofNatural

Medicines.

-2014.

-N68.

-P.

199-205.

98.

Dong

Y.,

Susan

L.,

Morris-Natschke,

Kuo-Hsiung

Lee.

Biosynthesis,

total

syntheses,

and

antitumor

activity

of

tanshinones

and

their

analogs

as

potential

therapeutic

agents

//

Nat

Prod

Re.

-

20

11.

-

N

28.

-

P.

529.

https://t.me/med1917

99.

Lopez

M.E.,

Giordano

O.S.,

Lopez

L.A.

Sesquiterpene

lactone

dehydroleucodine

selectively

induces

transient

arrest

in

G2

in

Allium

сера

root

meristematic

cells

//

Protoplasma.

-

2002.

-N

219.

-

P.

82.

100.

Mechoulam

R.,

Hanus

L.

A

historical

overview

of

chemical

research

on

cannabinoids

//

Chem

Phys

Lipids.

-

2000.

-

N108.

-

P.

1.

101.

Wang

L.,

Yang

B.,

Lin

X.P.,

Zhou

X.F.,

Liu

Y.

Sesterterpenoids

//

Nat.

Prod.

Rep.

-2013,-

N30.

-P.

455.

102.

Leung

P.C.,

Taylor

W.A.,

Wang

J.H.,

Tipton

C.L.

Ophiobolin

A.

A

natural

product

inhibitor

of

calmodulin

//

J

Biol

Chem.

-

1984.

-

N

259.

-

P.

2742.

103.

Volkman

J.K.,

Barrett

S.M.,

Dunstan

G.A.

C

25

and

C

30

highly

branched

isoprenoid

alkenes

in

laboratory

cultures

of

two

marine

diatoms

//

Org.

Geochem.

-

1994.

-

N

21.

-

P.

407-413.

104.

Belt

S.T.,

Masse

G.,

Rowland

J.S.,

Poulin

M.,

Michel

C.,

Bernard

LeBlanc.

A

novel

chemical

fossil

of

palaeo

sea

ice:

IP

2

s

//

Org

geochem.

-

2007.

-N38.-P.16.

105.

Stein

R.,

Fahl

K.

Biomarker

proxy

shows

potential

for

studying

the

entire

Quaternary

Arctic

sea

ice

//

Org

Geochem.

-

2013.

-

N55.

-

P.

98.

106.

Tabatadze

N.,

Bun

S-S.,

Tabidze

B.,

Mshvildadze

V.,

Dekanosidze

G.,

Ollivier

E.,

Elias

R.

New

triterpenoid

saponins

from

Leontice

smimowii.

Fitoterapia.

-

2010.

-

N

81.

-

P.

897-901.

107.

Spanova

M.,

Gunther

Daum.

Squalene

-

biochemistry,

molecular

biology,

process

biotechnology,

and

applications

//

Eur

J

Lipid

SciTechnol.

-

2011.

-Vol.

113.

-P.

1299.

108.

Szakiel

A.,

Paczkowski

C.,

Pensec

F.,

Bertsch

C.

Fruit

cuticular

waxes

as

a

source

of

biologically

active

triterpenoids

//

Phytochem.

Rev.

-2012.

-Vol.

11.

-P.

263.

109.

Le

Milbeau

C.,

Lavrieux

M.,

Jacob

J.

Methoxy-serratenes

in

a

soil

under

conifers

and

their

potential

use

as

biomarkers

of

Pinaceae

//

Org

Geochem.

-

2013.

-

Vol.

55.

-

P.

45.

110.

Rohmer

M.,

Bouvier-Nave

P.,

Ourisson

G.

Distribution

of

hopanoiod

triterpenes

in

prokaryotes

//

J

Gen

Microbiol.

-

1984.

-

N

130.

-P.

1137.

111.

Ourisson

G.,

Albrecht

P.,

Rohmer

M.

The

hopanoids.

Paleochcmistry

and

biochemistry

of

a

group

of

natural

products

//

Pure

Appl.

Chem.

-1979.

-N51.

-P.

709-729.

112.

Summons

R.E.,

Jahnke

L.L,

Hope

J.M.,

Logan

G.A.

2-Methylhopanoids

as

biomarkers

for

cyanobacterial

oxygenic

photosynthesis//

Nature.

-1999,-N400.

-P.

554.

113.

Rashby

S.E.,

Sessions

A.L.,

Summons

R.E,

Newman

D.K.

Biosynthesis

of

2-methylbacteriohopanepolyols

by

an

anoxygenic

phototroph

//

PNAS.

-

2007.

-

N

104.

-

P.

15099.

114.

Neunlist

S.,

Rohmer

M.

Novel

hopanoids

from

the

methylotrophic

bacte-ria

Methylococcus

capsulatus

and

Methylomonas

methanica.

(22S)-

35-ami-nobacteriohopane-30,31,32,33,34-pentol

and

(22S)-35-amino-3

https://t.me/med1917

beta-methyl

bacteriohopane-30,31,32,33,34-pentol

//

Biochem

J.

-

1985.

-N231.

-P.

635.

115.

Saleem

M.,

Kweon

M.H.,Yun

J.M.,Adhami

V.M.,

Khan

N.,

Syed

D.N.,

Mukhtar

H.

A

novel

dietary

triterpene

Lupeol

induces

fas-mediated

apoptotic

death

of

androgen-sensitive

prostate

cancer

cells

and

inhibits

tumor

growth

in

a

xenograft

model

//

Cancer

Res.

-

2005.

-

Vol.

65.

-P.

11203.4.

116.

Fotie

J.,

Bohle

D.S.,

Leimanis

M.L.,

Georges

E.,

Rukunga

G.

,

Nkengfack

A.E.

Lupeol

long-chain

fatty

acid

esters

with

antimalarial

activity

from

Holarrhena

floribund

//

J

Nat

Prod.

-

2006.

-

Vol.

69.

-

P.

62.

117.

Furukawa

S.,

Takagi

N.,

Ikeda

T.,

Ono

M.,

Nafady

A.

M.,

Nohara

T.,

Sugimoto

H.,

Doi

S.,

Yamada

H.

//

Chem.

Pharm.

Bull.

-

2002.

-

N50.

-P.

439.

118.

Pathak

A.K.,

Bhutani

M.,

Nair

A.S.,

Ahn

K.S.,

Chakraborty

A.,

Kadara

H.

,

Guha

S.,

Sethi

G.,Aggarwal

B.B.

Ursolic

acid

inhibits

STAT3

activation

pathway

leading

to

suppression

of

proliferation

and

chemo



sensitization

of

human

multiple

myeloma

cells

//

Mol

Cancer

Res.

-2007.

-Vol.

5.

-P.

943.

119.

Szakiel

A.,

Paczkowski

C.,

Pensec

F.,

Bertsch

C.

Fruit

cuticular

waxes

as

a

source

of

biologically

active

triterpenoids

//

Phytochem

Rev.

-

2012.

-Vol.

11,-

P.

263.

120.

Mallory

F.B.,

Cauzzo

G.,

Galiazzo

C.

Photocyclization

of

styryl



pyridines

substituted

in

the

reactive

position

//

J

Am

Chem

Soc.

-

1963.-N85.

-P.

1362.

121.

Kleemann

G.,

Kellner

R.,

Poralla

K.

Purification

and

properties

of

the

squalene-hopene

cyclase

from

Rhodopseudomonas

palustris,

a

purple

non-sulfur

bacterium

producing

hopanoids

and

tetrahymanol

//

J

Gen

Microbiol.

-

1990.

-

N136.

-P.

2551.

122.

Sinninghe

Damste

J.S.,

Kenig

E,

Koopmans

M.P.,

Koster

J.,

Schouten

S.,

Hayes

J.M.,

de

Leeuw

J.W.

Evidence

for

gammacerane

as

an

indicator

of

water

column

stratification

//

Geochim

Cosmochim

Acta.

-1995.

-N59.

-P.

1895.

123.

Yang

H.,

Chen

D.,

Cui

Q.C.,

Yuan

X.,

Dou

Q.P.

Celastrol,

a

triterpene

extracted

from

the

Chinese

«Thunder

of

God

Vine»

is

a

potent

proteasome

inhibitor

and

suppresses

human

prostate

cancer

growth

in

nude

mice

//

Cancer

Res.

-

2006.

-

N

66.

-

P.

4758.

124.

Chen

M.,

Wu

W.W.,

Sticher

O.,

Nanz

D.

Leonticins

A

-С.,

Three

octasaccharide

saponins

from

Leontice

kiangnanensis

//

Journal

of

Natural

Products.

-

1996.

-

N

59.

-

P.

722-728.

125.

Reif

C.,

Arrigoni

E.,

Scharer

H.,

Nystrom

L.,

Hurrell

R.F.

Carotenoid

database

of

commonly

eaten

Swiss

vegetables

and

their

estimated

contribution

to

carotenoid

intake

//

J.

Food

Compos.

Anal.

-

2013.

-

Vol.

29.

-P.

64-72.

126.

Hughes

D.A.

Effects

of

carotenoids

on

human

immune

function

7

Proc

Nutr

Soc.

-

1999.

-

N

58.

-

P.

713-718.

https://t.me/med1917

Ординатура / Хирургия / Библиотека им академика М.И. Перельмана / Книга_158_библиотеки_им_акад_М_И_Перельмана