That's step 1
I'm sure someone else has explained this, but it is just so cool and I want to explain how this works.
— Andre Cronje (@AndreCronjeTech) January 15, 2021
That's step 1
Swap $1m sUSD for $1m sBTC? flat 0.3% fee
Swap $10m sUSD for $10m sBTC? flat 0.3% fee
swap $100m sUSD for $100m sBTC? Well, there isn't that many synths in Curve, yet but you get the point. The only limit is the pool depth
1. Curve lets you swap like-assets with extremely low slippage and a low fee
2. Synthetix lets you convert synths to other synths, with no slippage and a low fee
What happens if we just... combine them?
1. I swap my "real asset" (e.g. USDC) for a "synthetic" one (e.g. sUSD)
2. I exchange one synthetic asset for another (e.g. sUSD -> sBTC)
3. I swap my new synthetic asset to a "real" asset again (e.g. wBTC)
It is. It's not cheap either, at over 1m gas to execute. And to make matters worse, due to how a Synthetix swap works, you actually have to wait a few minutes between the swap, so it isn't even full atomic!
The answer is capital efficiency. AMMs with a curve that allows trading assets that are dissimilar are inefficient with larger and larger swaps.
For example, a $10m USDC -> wBTC swap on Uniswap right now has >13% slippage!
Of course you would pick this option now!
But on principle, this will be the best way to perform a high-value swap!
I think as we have seen, gas fees are just going up and up and up. Optimism soft-launched their L2 today, but Ethereum's success means that block space will always be at a premium.
The gas costs will not be coming down as much as you'd think!
This more efficient means of large-value swaps will see a lot of use on base layer Ethereum, as gas prices continue to grow.
Hobbyist/frequent traders will move to Layer 2, where smaller value trades will be economically more efficient.
More from Crypto
We should be proud about @0xPolygon. But don't invest if you don't understand what they do just like any other asset class.
Should you invest in Polygon (Matic)?
— LearnApp (@LearnApp_co) June 12, 2021
\U0001f4a1 Here's @PrateekLearnapp's take on #Matic, as shared on @CNBCTV18News.
What are your thoughts on #Polygon (Matic)? \U0001f4ac
Read the full article here \U0001f449 https://t.co/rmLTV0WFo2#crypto #cryptocurrencies pic.twitter.com/9k1lclN7oL
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Keep dwelling on this:
Further Examination of the Motif near PRRA Reveals Close Structural Similarity to the SEB Superantigen as well as Sequence Similarities to Neurotoxins and a Viral SAg.
The insertion PRRA together with 7 sequentially preceding residues & succeeding R685 (conserved in β-CoVs) form a motif, Y674QTQTNSPRRAR685, homologous to those of neurotoxins from Ophiophagus (cobra) and Bungarus genera, as well as neurotoxin-like regions from three RABV strains
(20) (Fig. 2D). We further noticed that the same segment bears close similarity to the HIV-1 glycoprotein gp120 SAg motif F164 to V174.
https://t.co/EwwJOSa8RK
In (B), the segment S680PPRAR685 including the PRRA insert and highly conserved cleavage site *R685* is shown in van der Waals representation (black labels) and nearby CDR residues of the TCRVβ domain are labeled in blue/white
https://t.co/BsY8BAIzDa
Sequence Identity %
https://t.co/BsY8BAIzDa
Y674 - QTQTNSPRRA - R685
Similar to neurotoxins from Ophiophagus (cobra) & Bungarus genera & neurotoxin-like regions from three RABV strains
T678 - NSPRRA- R685
Superantigenic core, consistently aligned against bacterial or viral SAgs
Further Examination of the Motif near PRRA Reveals Close Structural Similarity to the SEB Superantigen as well as Sequence Similarities to Neurotoxins and a Viral SAg.
The insertion PRRA together with 7 sequentially preceding residues & succeeding R685 (conserved in β-CoVs) form a motif, Y674QTQTNSPRRAR685, homologous to those of neurotoxins from Ophiophagus (cobra) and Bungarus genera, as well as neurotoxin-like regions from three RABV strains
(20) (Fig. 2D). We further noticed that the same segment bears close similarity to the HIV-1 glycoprotein gp120 SAg motif F164 to V174.
https://t.co/EwwJOSa8RK

In (B), the segment S680PPRAR685 including the PRRA insert and highly conserved cleavage site *R685* is shown in van der Waals representation (black labels) and nearby CDR residues of the TCRVβ domain are labeled in blue/white
https://t.co/BsY8BAIzDa

Sequence Identity %
https://t.co/BsY8BAIzDa
Y674 - QTQTNSPRRA - R685
Similar to neurotoxins from Ophiophagus (cobra) & Bungarus genera & neurotoxin-like regions from three RABV strains
T678 - NSPRRA- R685
Superantigenic core, consistently aligned against bacterial or viral SAgs
