- PRISMA PRO X10 UPDATE
- PRISMA PRO X10 MODS
The weapon description is the first - and last source of information on the "Rebels in the Sedna region", making it the only mention of their existence in the lore. The Serro is the first single-headed polearm to be released. PRISMA PRO X10 UPDATE
The Serro was first seen as an accidentally leaked Codex entry in Update 13, along with the Venka and the Bo Prime, before any of the weapons were released. The weapon's name is derived from the Latin word serro, which means "I cut" and is the origin of the word serrate. This is the 5th melee weapon released to natively deal Electricity damage, and the third polearm weapon to be released after the Orthos and Orthos Prime. The weapon itself retracts when not in use. The three blades on the weapon fold up when not in use and move when idle, making it one of the few melee weapons with a non-static model. Drifting Contact and Melee Prowess increases this further to 98.75%. PRISMA PRO X10 MODS
With maxed rank dual-stat mods Virulent Scourge, Voltaic Strike, Volcanic Edge, and Vicious Frost the Serro can achieve a status chance of 85%. The Serro is one of the few Clan Tech weapons that doesn't require Forma to craft, along with the Nami Skyla, Amprex, Anku, and Tonbo. The Serro has a chance to inflict Blast status effect on its jump attacks. When combining elements, the innate Electricity damage is added last. 
The Serro's blueprint can be researched from the Energy Lab in the dojo.
Tied with Orthos and Pupacyst for the second lowest critical multiplier of all polearms, after Cassowar. Third lowest critical chance of all polearms, after Orthos/ Cassowar and Tonbo. Damage cannot be increased by Impact or Puncture mods. No Impact or Puncture damage – less effective against shields and armor. 
Innate Electricity – less effective against Alloy Armor. Stance slot has polarity, matches Bleeding Willow and Twirling Spire stances. High Slash damage – effective against health. 
Innate Electricity damage – effective against Machinery and Robotics. This weapon deals primarily Electricity damage. Lastly, we perform an analysis of bivariate correlations and discuss considerations for process design and optimization.The Serro is a Corpus polearm with energy razors attached to one end that deals Electricity damage. Host cell protein, DNA, and aggregate levels in the elution pool were dependent on the specific nature of protein being purified, and levels were consistent between stationary phases. Galaxy Note 10, Galaxy S20 & Galaxy Z Flip mallista yksinkertaiseen Galaxy A sarjaan, kaikki mitä sinun tarvitsee tietää älypuhelimen valinnassa. 
Product capture using clarified cell culture broth as a feedstock showed high yields and elution pool volumes that ranged from 2–3 column volumes in most cases. Kakki Samsungin älypuhelimet - tutustu valikoimaamme. The highest dynamic capacities for monoclonal and bispecific antibodies were seen with MabSelect SuRe pcc and MabSelect PrismA, which ranged from 58–74 mg/mL packed bed at 4 min residence times. It is the first claw-type weapon introduced in. The Venka was first seen as an accidentally leaked Codex entry in Update 13.0 (), along with the Serro and the Bo Prime, before any of the weapons were released. The claws retract up to the hands until used or equipped. The stationary phases had high dynamic binding capacities for the model proteins. Venka translates roughly to 'victorious' or 'to win' in Esperanto. The fitted D e values for monoclonal antibodies ranged from 1.1–5.7 × 10 −8 cm 2/s. Effective pore diffusivities, D e, were obtained by fitting the chromatography general rate model to breakthrough data. Equilibrium isotherms were found to be highly favorable, with equilibrium binding capacity for monoclonal and bispecific antibodies ranging from 47–100 mg/mL packed bed across all stationary phases tested. Process performance and product quality were also examined under realistic bioprocess conditions using clarified mammalian cell culture broth. A panel of nine proteins spanning a wide range of structures and biochemical properties was then used to assess equilibrium uptake, mass transport, dynamic binding capacity, and elution pH. We first examine the morphological properties of the stationary phases using a variety of orthogonal techniques including electron microscopy, particle sizing, pressure-flow behavior, and isocratic pulse response. We describe a comprehensive evaluation of 12 Protein A stationary phases for capture of biotherapeutics.
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