FUNCTION: TOXICITY / SAFETY

Found 55,674 peptides

Current Node: Toxicity / Safety | Page 2748 of 2784

Level 2 Subcategories

Cytotoxicity (21) Blood cell toxicity (0) Cytolysis / cell lysis (0) Negative safety assay result (0)

Results

Showing up to 20 records.

NO.	PEPTIDE ID	SEQUENCE	STATUS	BIOLOGICAL FUNCTIONS	SOURCE ORGANISM	VERIFIED
54941	MYP_171832	MAGKGVGSRLSTLFLLVLLVITIGMMQVQVAEGRMCKTPSGKFKGYCVNNTNCKNVCRTEGFPTGSCDFHVAGRKCYCYKPCP	STANDARD	Antimicrobial Antifungal Anti-Candida Anti-Gram-negative Anti-Gram-positive Non-hemolytic	Pinus sylvestris [Plant]	YES
54942	MYP_171836	LALALALALALALALAKKLKKLKKLKKLKKLKKLKYAK	STANDARD	Antimicrobial Anticancer Hemolytic	synthetic construct [Synthetic]	NO
54943	MYP_171838	GGCCSHPACAVNHPELC	STANDARD	Toxic Cytotoxic	not reported [other]	NO
54944	MYP_171841	MRTSDKGVELIKSFEGFRARASRLPDGRWLIGYGHTETARAGLTVGAFDAELILRFHDLKQVEDVLYTCVFTPLSQNEFDALASFVFNIGSEAFESSDVLAFLNSGDRILASEAMMSWRRGSVDGQARIIDALARRRAAEIALFLSQSGGPVAIPGALVRPERDPHSGVAMPREKPIIVEARTEADRLRAARPADRETAPQAAARAVAERLTRILGENASRASGEQAEQESGDPTVDEITRAVSALADPEGTNEAPPPASMSERHRQARQSAPEFDASLSLEPLRLPETDRRLIDDLAPIYVDPAKAEPPLDDRPLGFDKGQGNLRWVPFALLAGLGMVGLYEGMRRFVGTAANHMGQAATQSYAGPLIALGSGFLLFVSVYYLYRMLAEQE	STANDARD	Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic	Hyphomonas beringensis [Bacterium]	NO
54945	MYP_171845	MKPLPRLISTVPLLFMFLIATGLGPVTVEARTCETSSQLFNGPCLSETNCANVCHNEGFSDGDCRGILRRCFCTKPC	STANDARD	Antimicrobial Antifungal Non-hemolytic Non-ribosomal	Microthlaspi erraticum [Plant]	NO
54946	MYP_171850	GFWGKLFKLGLHGIGLLHLHL	STANDARD	Antimicrobial Antifungal	Glyptocephalus cynoglossus [Animal]	YES
54947	MYP_171854	GYCFTACARRNGVRICYRRCN	STANDARD	Antibacterial Anti-Gram-positive Antimicrobial Cytotoxic Toxin-related activity Anti-Gram-negative	not reported [other]	NO
54948	MYP_171855	ALWFTMLKKLGTMALHAGKAALGAAANTISQGTQ	STANDARD	Antimicrobial Amphibian defense peptide Antibiotic Antifungal Fungicide Antiprotozoal Non-hemolytic Non-ribosomal Antibacterial Antiviral Antiparasitic Anti-Gram-negative Anti-Gram-positive Toxic Hemolytic	Phyllomedusa sauvagii [Animal]	NO
54949	MYP_171856	MPAVLGQLTLDSSYDDVANAIVQESFRRGHQRVEAVAELATGIQESSLRPRAVSANGKWKGVYQQDASYPGRDNANEQIREFMNRLDVKRRSPNHGDIWGNIFWLQQRPGEPSAAAAYANGRKAYMTEIKSRTAEAERLVAKYWPADNPSTPTPGGTAPVVARPDFNEINEIDGTHASPRSRPPINFFLHTQEGNGNAQTLAAYLRSTSGAGAVSYHYTVHEDPNDHGVTVVDVVDTDYYSWSVLDANVFSINLCFAGSYAAWTREQWLSKASRAIDVAAYLAVEDCKKYPTIAADVILPPYTNRPGISDHRYVTKCLGIGSHTDVGGPMQAPWTGFPWDVFQASVNKYAGVPVGAPEPAQPTFEQWLAKASEVDLLRYVAEQLGPGHPAWESKGMTLRDKLWSLGT	STANDARD	Antimicrobial Bacteriolytic Non-hemolytic Non-ribosomal	Mycobacterium phage Audrey [Virus]	NO
54950	MYP_171857	MNNLRVIMSVLLAVLVFTATVSESAEEMGKGEVTISLRCKTKTECLKNIACEACVDCRCDKGICKCHGFTAETNNPTV	STANDARD	Antimicrobial Antifungal Fungicide Plant Defense Non-hemolytic Non-ribosomal	Arabidopsis thaliana [Plant]	NO
54951	MYP_171858	MTKAAVSLIQTGLRDLGYEPGPIDGLFGSKTNAAAQNWLLARGAAAAQVIAPETSAMIYQGAARYPVDEIIVHCSATRPDWMANAPFADQVAEIRRWHMQDRGWRNIGYHWLISRSGQVLAGRPETEIGAHVVDHNRGTIGICLIGGAGSAETDDFARNFTSSQDITLRQLIQGISMRTRIRRISGHNQYAAKACPGFAVLSWLKEAA	STANDARD	Antimicrobial Bacteriolytic Non-hemolytic Non-ribosomal	EBPR siphovirus 4 [Virus]	NO
54952	MYP_171862	MPSADVISQTFTFLKQSEGLRLYIYNDSRGIPTMAIGVALVVYSDGKWGTVKNLDALLTEAGVPASSLVAGNDANGQPTAYQQLLNALDQRADDLTTNNGTMTRQSGWTVATDTTFANPSTGAGNQYGIQLTNPGAQAVATDAITTLYNKYSAAPSATNPYGFGASWNALNSDQQVSILRLAYNVGSPGASLYAALTQKDASGNPAPDFLRAGLEAMVNSNGGFVGNTANSDWSIAQPFLQSWLTSGVGASATDLATLAQFAPQIDRYLSGLIGKGAGSDVVTEIANSVASLYNQAAPAEGLSGTFQVNNGQIVYVASAADTNIGAIATALGASVLALEVANPGLYGGAGGVAGQTLQSPTNAALFVAALLQQQGVAPGSETSSQFTAQVSALSQEWAGSVANLPIGTDLKGADLSHITLLGDPGNPNQTLTLPAGFTGWVIEGADGTFALVPPAAGVAKTNITLLKQDGSASAIALGGNSVVSFQKLPGTADKVQFTLSNHRTVTAYTDPTLGAVTAIQQQLLAQASVPTSVPSIISVEVIIPEDGGPSSGMITYSDGTTQTGSSGSFDAQSGSLSVTTSIAGTGVSGQPVQFTMDENGGGTVTTAGGAAYSFASGLTPVINADGTVSVSSSLGTLSITPSSGAGTFAAAGGTTVALDGTQAVDLTAAGLRVGGLSVNADGSGTIAAGGASLSFGAGSSLRLSDGGAVVTSADGTNAASVTSDGGLSVDGVTVAAGSWTGLTLEGEGRFDVSLSGGAGTLSFDADSGTLAGPGGTALSLGSAPSVSVADGAAVIDLGAESSGVSRRLVLAGDGGLSYQVGGETVVSAPAGSTVTVDGTGLVAITTPAGALDGTTLTTLIDGDNNVALMGVSSAGSWATSYGADGTVGLIIAKSADDSFVFEGERDPVSGTFSITQASLLGASYGGEGDFSGWVDQVMASADGQEEAAAASAYGQLLSNQFDTIDNGGTAGLPADVAALVALAVQLRAAKADEVFLAARLGLGGMSDKWADIVLAAEDPGLFASVDAAAAAANNVAMAGIYSLIAPQIREMPSIITAEVIGFGDPEDPNNAQWKITWSSLGISFPLVLDLSGTGIDLVPEATSGVTFDVNDSGTAVPVGWVGKSNGILVFDANHNGTIDDAGEWFGQKFSVNGSTPPAGQTGFQALATLATAGADSFSAATSLIDAATGKLYFDEVEVWVDANGNGVTDAGELHTLQQLGITSISLSSTTVDQEVSGNVVLSTARYQTSDGTSHTIDDIGLATTAGASRTASATDGPAILAFGEIVAQAFPGVAAGQAQAAAVAVKGVSTDFSADITSMRQYMGTARGMEIDGIYSNRFFYTPDPSKVWAYSGAGQESNNAPAEVISVLSAIGGGAASVEAAAQTVAIGADALGTAQAAALAADTDPTAASLAAAKASAEQAGSQWAAAIDGYLAANASLAGVGAMVAAAESDLAALVPVDFEVTGHLPNGFTYWSIGDVDLAEAAFGGLADGLAAYASLKDALETVLGATAQAGDYEKALVGADGQLTQAGQGRDLLLAAGGTETFAAGGGHDDFVFTPSSGNAVIKGFVAGASGDQLQFLGVGAGIIVGDDGAGGTVITYGNGGRVDLAGVAPGQLDLFANVAGVDTVSFAGSVNAGTRSLGGAPLFMDGEVHVHDLVASDHGDVLIGDQGADTLTGGAGNDTLISGGGDNSYVIDAGGGRDLIVNGAAGSGTREGELLLDAAATTGGMWFSRSGNDLVAQVLGTTSTVTIAGWFSGGAAQLGTIAAADGSSLSAAAVNRLERAMAAYQQSNPAFNPGTASSAPDLQAFLTFDAGDGAVVISGGAGVSLKLGPSLNPGNLWFLQSGDDLVIQVGSGTGRTTTQTTNGTATNTLDTLTVKNWFTGASAQVQSLILSDGSSIGAAAITALAQAMTPFYQAWIGDYTAAGQEMTPAGFDYAYHFTSAAALNEGWSRTLVAGSGNQFLDTWFGYDTILGGAGDHTLIGDDERIGSTELIYAGAPGTVTVDLSAGLAQNGFGGTDTLIDIDVVTLIGNDGTLIGSAPGGNFPTLIARGDGNLLEAGGNAAALIETGNSSVLIGWTGSGKGGAALMEAVGTDDTLLGGAGEVTLTTEGGGNTLIGGVAAFVPTFQNGVTATGYYTTQILSATGDRNLLSAGSGGMTLTETGNASTLLGSSQPYAGGPDLLIATGNGNTLIADTGRNTLVASGYGNTLIGDTGRIWPGLAYDDTLLATGGGNVLIAGIGDDLLCATGDASTLVGGTGDDTLTASGSGETLIAGKGAATLSARGDGDTLLGGAGEDLLMADGTQEILTGGSGDATLSVTGDANLLTGGTGTDTLLAAGAGNLLRAKGIADVLSAAGRRNTLVAGGGTDTLLETGGANTLVGGAGTSTLAAFDDGNLLTAGSGTNSLLAVGQANTLVAGSGTGILSVTGDVNTLIGGSGADFLSATGDANTLLGGGGVQSLVAMGGGNLLAAGSGLDVLSVNGSANTLTGGAGSDLLTATGAGNTLIGGAGLAVLESDASGNTLIAGGGVTVAAYGVGNLTVDLGKGVARVNGAAGGDTLLGGIATLESYGSHDTLTAGGGNDWILLAGAADTAIGGAGVTTLVSDLAGNTLIGGTGRTEVFYTGDHVAVDLKAGLGTSSGGVGTGDRLIGLTAAAVSGSADTLIGTATGGALLQALGGTGDTLMASGGGNTLVGGMGMTTLVSAAVGGNTLIAGSGGAEAIFSGAGIAVDLGAGRATANGAVADTLAGTFAVAAALGAGDTLIGGAGTSTLVGDLSGSTLVAGTGVTWGWYGADHAVVDLGAGGAGVTGGGQDRLIGLTDAAVAGADDTLIAGGHDTLAALGNGDTLVAKGGGNVLLGGAFVSTLAGDLAGSTLVAGSGPTVAVYGTAGTVVDLATGLATAGGASDTLAGITVAAASGGGETLIGTAGGSTLIGSGAGDTLIGGSTLTEAYYAGGGMTVDLGAGTAEQNGADWGDILIGIKRAAVSDDGNVLVAANGDVAIALSGRNNTLIAEGSGDTLEAGTGTTTLIGDAAGNVMLGGTGRTVAYYAADDVAIDLTAGTARVAGAAVGDTVLGLKNVVLTGSDQTLIGTATGGDVLVAMQGQDDTLIAEGAGNTLLGGAGTSTLIGDGLGNTLIAGAGLTRASFGGSFVTVDLNAGTARVNGSTTFDTLIGIKAVQVFGYGDTLIGSAAGGDDLEITGLNDTLIANGGGDVLRGGTSAGTLASNAAGNTLIAGSGKVIAYYAADDVTVDLTAGRAGVNGATAADTLVGISAAEAAGSGDTLIGGTGRSTLVGDLEGGTLIAGAGRALAVYQAAGSVVDLGAGTARPAAAGLGDTLVGISDGLIEGAGATLIGAAGGSTLVATSAGDTLVSRAASDTLIGAAGVAADYLAAGLVVNLAAGTVAGNSGNGVISGLSNVTVAGNNDTLIGSGIDTLVATGSGDVVFDGGGAGTLIAAGNHDTLVASAPSTLIGDGAGNTLIGSIENILRIQVSWNNWCNSWSKLKADGLAAYAADGAVVQLTATSTWAYNPSTSSETETTTTSGTAAVAGVGTGDVLANIIAVEAAGDHDTLIANSDPTGLITLIATGSHDTLAAGGTSTLISNLADNTLIGGDAFYTTDGVTISLAGGWARAAGASLSDSLIGVTMAEVSGDRAALRGGAGDTLVAAGDNDTLVGGGTLVTSVQTTTLFDSGGTLITSSVYENTLVGSDGTLTASGTNDTLIGSGGGTLFAAGTNDTLIGSGSDVLIATGDNETLIGSGNGTLIATGANDVLIGSSGETIIASGAGDTVWAEGFKDTIGSVVYGYRVTGEYLNTFGSYYERYEDDGYVSSTYRYLLASIVVDPGTNDLQLDTVEGSFLESIGGRSVLAAGSGSFLNLNLWSWDNIGVAQAVGHRDELIGLSQGASTLMTDDWSNTLFGNGSGLTEAYLYTDDATLNFSNNGTGQPLVWPGGSDTLIGINVGVAGGNNDILVAYLQDTLEGGLGTSTLIGNGQANTLIAGAGPTICFGGGFVDLGLGEEFKNGGWDQLIGITIAESAGSNSTLIGGLGSTTLIDNVNGSWGNNTLIAGSGPTEVYYSMDRVSLNLGTGIATAGLSDTLIGRFAIAVAAGWLDTIVGGSASMLLEAAGNYDTLVGGSGSSTLVGNGDANELIAGSGSSELYYSSNYISIDLWAGTAMAHDQWGSDLYQTPHYSYINAYPYSYIDYYIQDYDTLSGTFSSVVVAGNNDTVVGGPLSNVLVAAGNGDTLTSWGQSTLIASGDNDTLIAGGGDTLIASGRGDQLFGSGLDTLIATGNGETLVGEAADTLVAAGRGNLLDGSGISGGTIVGNLGGNTLVGDVRYSFFGQPMVDYAANGLTVDLDNGSPVFINDGIGGILQEIDGWAGSSGGSDTLVNIYAVEVTGNFDTLIGEEFGNATLIAVGANNTLIGAGSDNTLAIMGGMNDVVIGSGDSLRGDTLITDDANGNTLNANNEFGGALLYYSEGNLTIDLRVGKSMAATTGKSDTLIGLFSYVEVTGDHDTLINSDAGNGTTLEANGHDNTLIGGDDSPTLVSDAVGGNTLIAGLGPTTVAYNASDAVMDLGSGTVWQNGGRAADMLVGAIAAAQISGDYDTLIGSRAGGNTLEAFGSGDTVIGSSVGGNLLSASGSGQIVIANGDGNTLRGYGWGQYVTLISNIANNTLSAWNTNVIAAYTGNGIVADLAIGTVGARSSNMHDSLVGVSIVQVNGADDTLIGGSAADTLISNGVGNTLIAGSGATTAGFLADDVVIDTRAGIATVKGSNLIDTLVGVMSAYLVTGNDDTLIGSSTGHQTLIASSGVGNTLIASGTANTLEGGRGSSTLFSSLGSNTLIGGTGLTSALYDGSGLVIYCKYVDYATVGLAVDWTGTSFSGGPVDILWDISIAGTAGSNNTLIGGGQYSTLTSNLGGNTLINGAAYYSNNFAAIDLGAGKAMANGSSLVADKLIGVSVLEVGGSHDTLISAAGDTLTASGLFDTLVAGTGSNRLIATGGNDFYDFGRGSGQAFIVNGAAGNAGPSNELDFGAGSSDDQLWFTQSGNDLQIDVMGSSSEVTVSNWFAGTGNQLSEITAGGLKIDGQIAQLVQAMAVYSANHPGFAPGALANTRAPSDPVLQGAIAAAWH	STANDARD	Antimicrobial Bacteriolytic enzyme Non-hemolytic Non-ribosomal	Telmatospirillum siberiense [Bacterium]	NO
54953	MYP_171866	MSVIGAGVKQQQIAQVISAKDIVTVDLNTLFSQPEASVKGHVSDVIDNGKQVLAVVRDKGTPTKAPVVQAKPTGKPRQFDVSVPGLSTPLRLDVAQPSAVQPNPELDSKTFAKVTDQSAKPLSDRMQGGNTRDAIVTFPKELNMDPVYISVTRLLSEVELRQREESLAQEELNQRRAIREQAEQIVTWNWAGGVAEVTQYERRKVASEARLAERQQLLAVTQARVERLDAQARSARAVAGLLGSHHNQERMDANARAAAFEKAASEGRMQIDGLWREISTLSEQLKSATAELAQKIEATAKAEAEAKAAAEARAKAEAEARAKLAALMAKAGVNPTPVYTSEMVKLAQASLTAAGALVMNRAPGMTQLSTFAEGILTAGRTLSGSISGAISRGAVALAEAAPTVTAGTAATTIGALVVGFWPGEAGESCSGSQN	STANDARD	Antibiotic Antimicrobial Bacteriocin Anti-Gram-negative Non-hemolytic Non-ribosomal	Serratia sp. Ag1 [Bacterium]	NO
54954	MYP_171873	VKKLVKKLVKKLVKKL	STANDARD	Antimicrobial Antibacterial Anti-Gram-positive Anti-Gram-negative	synthetic construct [Synthetic]	YES
54955	MYP_171876	MGPMSAEAKTCETQSGTFRGMCMSSTNCASVCKSEPGFDGGHCQGFRRQCVCTKPC	STANDARD	Antimicrobial Antifungal Non-hemolytic Non-ribosomal	Gossypium schwendimanii [Plant]	NO
54956	MYP_171877	MKTFSVAVVAAVLLALICLQESSALPLSEVEDVEVPVMDDNGAAVYEEMPVDSWKMPYTNRHKRSPKRCRFCCNCCPRMVGCGTCCKF	STANDARD	Antimicrobial Antibiotic Non-hemolytic Non-ribosomal	Takifugu flavidus [Animal]	NO
54957	MYP_171878	MKRIIVLILIGFVLSSCGARKRANQKDKDGGKISIPNSEIPETPSTVIKPSYNTTEQYIAFFKAEAIHEMKLYGIPASITLAQGILESGSGRGRLAREANNHFGIKCHNWNGARIYHDDDRKQECFRKYDDPNQSYRDHSLFLVDRKRYANLFKHKPTDYKAWAKGLKKAGYATDPKYPQKLIQLIERYKLHRYDIFDKKKRRKKITEAPAELSTYYTVQKGDTLYSISKRYNTTVAHLKSLNNLKSNELSIGQSLILTSN	STANDARD	Antimicrobial Bacteriolytic enzyme Non-hemolytic Non-ribosomal	Flavobacteriaceae bacterium [Bacterium]	NO
54958	MYP_171881	LWFHWK	STANDARD	Antimicrobial Antibacterial	synthetic construct [Synthetic]	YES
54959	MYP_171882	SDCSGMSDGTSCGDTGVCQNGLCMGAGS	STANDARD	Toxic Cytotoxic	not reported [other]	NO
54960	MYP_171883	MQVLNSQRKAFLDMVAWSEGTDNGRQKTRNHGYDVIVGGELFTDYSDHPRKLVTLNPKLKSTAAGRYQLLSRWWDSYRKQLGLKDFSPKSQDAVALQQIKERGALPMIDRGDIRQAIDRCSNIWASLPGAGYGQYEHRIGDLIARFKEAGGVVNEVEL	STANDARD	Antimicrobial Bacteriolytic enzyme Glycosidase Hydrolase Non-hemolytic	Escherichia coli TA249 [Bacterium]	NO