Lothar Brecker
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Explore the profile of Lothar Brecker including associated specialties, affiliations and a list of published articles.
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Articles
78
Citations
480
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Recent Articles
1.
Hiruma D, Yoshidome A, Rakumitsu K, Kitajima M, Hitora Y, Tsukamoto S, et al.
Chemistry
. 2025 Feb;
:e202500069.
PMID: 39963014
Alstrostine A and isoalstrostine A are monoterpenoid indole alkaloid glycosides with unique structures found in the plant families Apocynaceae and Rubiaceae. With molecular weights exceeding 900, nine chiral centers (excluding...
2.
Wongthet N, Bacher M, Krenn M, Jai-Aree A, Rosenau T, Tiwutanon P, et al.
Plants (Basel)
. 2024 Dec;
13(23).
PMID: 39683153
The genus (Capparaceae) comprises 85 woody species distributed across the paleotropics, with some species used in traditional medicine. This study investigated the phylogenetic placement, genetic diversity, and phytochemical composition of...
3.
Songoen W, Wenisch D, Jakupec M, Phanchai W, Sukkhaeng S, Brecker L, et al.
ACS Omega
. 2024 Aug;
9(31):33888-33899.
PMID: 39130579
Phytochemical investigation of Buch.-Ham (Moraceae) leaves led to the identification of three of the rarely found flavan-benzofuranes named artocarpinol C (), 3--artocarpinol C (), and artocarpinol D () along with...
4.
Schalamun M, Hinterdobler W, Schinnerl J, Brecker L, Schmoll M
Sci Rep
. 2024 Apr;
14(1):9625.
PMID: 38671155
The filamentous ascomycete Trichoderma reesei, known for its prolific cellulolytic enzyme production, recently also gained attention for its secondary metabolite synthesis. Both processes are intricately influenced by environmental factors like...
5.
Traxler F, Zhang H, Mahavorasirikul W, Krivanek K, Cai X, Aiyakool W, et al.
Molecules
. 2023 Sep;
28(18).
PMID: 37764440
Phytochemical investigation of the two species (Apocynaceae) . Wall. and . (L.) R.Br. ex Roem. & Schult. indicated closely related biosynthetic pathways leading to lipophilic and hydrophilic alkaloids. In total,...
6.
Schalamun M, Beier S, Hinterdobler W, Wanko N, Schinnerl J, Brecker L, et al.
Sci Rep
. 2023 Feb;
13(1):1912.
PMID: 36732590
The filamentous fungus Trichoderma reesei is a prolific producer of plant cell wall degrading enzymes, which are regulated in response to diverse environmental signals for optimal adaptation, but also produces...
7.
Kornpointner C, Hochenegger N, Shi B, Berger A, Theiner J, Brecker L, et al.
Molecules
. 2022 Nov;
27(21).
PMID: 36364108
There is a previously neglected influence of geochemical conditions on plant phytochemistry. In particular, high concentrations of dissolved salts can affect their biosynthesis of natural products. Detoxification is most likely...
8.
Songoen W, Brunmair J, Traxler F, Wieser V, Phanchai W, Pluempanupat W, et al.
Molecules
. 2022 Aug;
27(16).
PMID: 36014416
Comprehensive phytochemical examination from different perspectives using preparative and analytical chromatographic techniques combined with spectroscopic/spectrometric methods of the so-called “yellow twig” Nauclea orientalis (L.) L. (Rubiaceae) led to the identification...
9.
Pfeiffer M, Crean R, Moreira C, Parracino A, Oberdorfer G, Brecker L, et al.
ACS Catal
. 2022 Mar;
12(6):3357-3370.
PMID: 35356705
The cooperative interplay between the functional devices of a preorganized active site is fundamental to enzyme catalysis. An in-depth understanding of this phenomenon is central to elucidating the remarkable efficiency...
10.
Schindler F, Fragner L, Herpell J, Berger A, Brenner M, Tischler S, et al.
Front Mol Biosci
. 2021 Aug;
8:683671.
PMID: 34395523
Root-microbe interaction and its specialized root nodule structures and functions are well studied. In contrast, leaf nodules harboring microbial endophytes in special glandular leaf structures have only recently gained increased...