Cannabis News World posted: "Cannabtimes <![CDATA[LOS ANGELES, Jan. 12, 2022 /PRNewswire/ -- PRESS RELEASE -- Viola, a Black-owned multinational cannabis brand, rooted in building equity within the space, announced the closing of a $13 million equity funding round. DelMor"
Cannabtimes <![CDATA[LOS ANGELES, Jan. 12, 2022 /PRNewswire/ -- PRESS RELEASE -- Viola, a Black-owned multinational cannabis brand, rooted in building equity within the space, announced the closing of a $13 million equity funding round. DelMorgan & Co., an internationally recognized investment banking firm headquartered in Santa Monica, Calif., acted as an exclusive strategic transaction advisor to Viola in connection with the transaction.This latest round of funding allows Viola to expand into several key new markets, including Pennsylvania, Illinois, New Jersey, and Maryland, and continue executing on strategic marketing initiatives, further positioning Viola to be one of the top brands and operators in the rapidly growing cannabis industry."We're looking forward to a big 2022. The team at DelMorgan has always supported our vision and continues to be great partners for us as we bring Viola to new markets," said Al Harrington, co-founder and CEO of Viola.Rob Delgado, chairman of DelMorgan, commented, "Al Harrington has proven himself to be a visionary in the Cannabis industry, demonstrating an ability to execute on initiatives that resonate deeply with today's popular culture and consumers." Neil Morganbesser, president and CEO of DelMorgan, noted, "This investment is transformative, allowing Viola to significantly accelerate its expansion nationwide as one of the most iconic brands in cannabis." Chris Delgado, senior managing director at DelMorgan, added, "Under Al Harrington's leadership, Viola has demonstrated how a commercially successful brand can benefit from a mission-driven focus. This mission and focus will be further strengthened through this investment." To keep up with demand and pursue further expansion, Viola is also considering raising additional capital aimed at increasing supply to meet market demand.]]>
cloudtales posted: "Met chief Cressida Dick says only that probe will examine illegal parties, but lawyers say allegation of destroying evidence is more serious Source: OpenDemocracy: https://www.opendemocracy.net/en/opendemocracyuk/silence-from-police-over-claim-no10-may"
cloudtales posted: "Is the Desiderius Erasmus Foundation, affiliated to the AfD party, about to get public funding to support its extremist, far-Right views? Source: OpenDemocracy: https://www.opendemocracy.net/en/countering-radical-right/germanys-far-right-might-get-publ"
cloudtales posted: "Exclusive: The Cabinet Office has been accused of wasting taxpayer money on efforts to conceal a unit that helped block FOI requests Source: OpenDemocracy: https://www.opendemocracy.net/en/opendemocracyuk/uk-government-40000-hiding-clearing-house-unit-"
bricemarsters posted: " The researcher Ander Urrutia of the UPV/EHU's Cell Biology in Environmental Toxicology research group and Animal Pathology at CEFAS/OIE, is exploring "the great hidden diversity of unicellular parasitic organisms in the intertidal zone in "
The researcher Ander Urrutia of the UPV/EHU's Cell Biology in Environmental Toxicology research group and Animal Pathology at CEFAS/OIE, is exploring "the great hidden diversity of unicellular parasitic organisms in the intertidal zone in coastal ecosystems of temperate climates, with the aim of trying to see where they are found, what their ecology is like, how they behave, etc.". Environmental DNA (eDNA) is one of the techniques used to achieve this goal: it is a technique that involves "extracting the DNA contained in either an organic or environmental matrix, for example in an organism or in previously filtered seawater samples". In particular, Urrutia focused on organisms that parasitize invertebrates: "There are a great many unidentified parasites; we find new DNA sequences and infer their behaviour based on their genetic similarity to other parasites, but we don't really know what they are."
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In the task to classify the unicellular parasites found in the samples, the researcher in the Department of Zoology and Animal Cell Biology found an "a priori little-known parasite, which, on the basis of its characteristics, did not fit into any existing group. We had to do some molecular analyses which confirmed that it was a different organism. Once we had produced several phylogenetic trees, i.e. after comparing the DNA of this organism with that of its closest possible relatives, we were able to see that it is an organism belonging to a primitive lineage that is close to the point at which animals and fungi became differentiated.
It is close to the evolutionary moment when a unicellular organism became differentiated to give rise to all the animals that exist, shortly after which another similar cellular organism was to become differentiated to eventually evolve into all the fungi that exist", Urrutia explained.
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The 'May-loving spore'
"Txikispora philomaios is a protist (a unicellular eukaryotic organism) that evolved shortly after the division that was undertaken by the common ancestor of animals and fungi, before its multicellularity was developed. All the world's animals and fungi come from the same cellular organism that was presumably present in the ocean hundreds of millions of years ago. At some point it began to aggregate and duplicate itself, while its cells specialised to form tissue, and eventually a body, ranging from a microscopic jellyfish to a huge blue whale," explained the researcher. Since the genetic rearrangement undergone by parasites often differs from that of their free-living relatives, the study of this parasite and its genome will contribute towards understanding how animal multicellularity developed. "In other words, when and how cells began to communicate with each other, join together, or specialise among themselves, forming increasingly complex organisms. The development of animal multicellularity is very important from the point of view of basic biology," added Urrutia, who carried out the research at CEFAS in the UK, at the Plentzia Marine Station (PIE) and at the Institute of Evolutionary Biology (IBE/CSIC).
As Urrutia explained, "Txikispora is not only a new species, it also gives a name to a new genus, a new family, a new order, and so on. In other words, we now have the new Txikisporidae family, one with quite a few cryptic sequences, i.e. unknown pieces of DNA that look very similar to Txikispora and which could also belong to parasites, although we don't know where they are or which animals they could parasitize. Many of them are present in aquatic ecosystems in Europe, but we know nothing more about them. That's another line of research I would like to pursue".
The UPV/EHU researchers were commissioned to name this parasite. The name Txikispora was adopted owing to the fact that it is a small spore, and philomaios is due to the fact that the parasite only appeared for a few days during May, thus 'May-loving spore'. In addition to the difficulty in placing it phylogenetically in its corresponding group, it was difficult to find it in seawater: "We had been on a wild goose chase until we realised that it is only found in the amphipod community for a few days during this month; it is as if the parasite had disappeared for the rest of the year," explained Urrutia.
Additional information
This research is part of Ander Urrutia's PhD thesis entitled "Cryptic reservoirs of micro-eukaryotic parasites in ecologically relevant intertidal invertebrates from temperate coastal ecosystems" and supervised by Dr Ionan Marigomez (head of the Plentzia Marine Station - PiE) and Dr Stephen W. Feist of the Centre for Environment, Fisheries and Aquaculture Science - CEFAS (United Kingdom). Iñaki Ruiz-Trillo from IBE-CSIC in Barcelona also collaborated in the study.
mallagher posted: " I was a bit perplexed why the Grizzlies have been beating so many teams. I am perplexed no more! With Morant and Bane in the backcourt and Jackson on the wing, they have lots of offensive firepower. And the rebound like crazy! The Sixers took them on "
I was a bit perplexed why the Grizzlies have been beating so many teams. I am perplexed no more! With Morant and Bane in the backcourt and Jackson on the wing, they have lots of offensive firepower. And the rebound like crazy! The Sixers took them on last night without Goel, who had a planned […]
ace101 posted: " This is our daily list of posts that are shared across Twitter & Facebook and shared on mydaz.blog/ 'Ace News Room says here is todays breaking news posts and some you may have missed from across our publishing panel, Twitter & Telegram wi"
This is our daily list of posts that are shared across Twitter & Facebook and shared on mydaz.blog/ 'Ace News Room says here is todays breaking news posts and some you may have missed from across our publishing panel, Twitter & Telegram with Kindness & LoveX Published: Feb.01, 2022: @Breaking144 #Breaking144 – One Found Dead […]
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Published: Feb.01, 2022: @Breaking144 #Breaking144 – One Found Dead […]
